Profil səhifəsi

Azərbaycan Milli Elmlər Akademiyası
İnsan resursları və elmmetrik məlumatlar bazası

Elmi fəaliyyət

Qeyd: Elmi işlərin xülasələri əsasında süni intellekt (Gemini AI) tətbiqi ilə tərtib olunmuşdur

Ümumi xülasə (AI):

Akademik Arif Həşimov texnika elmləri doktoru, Azərbaycan Milli Elmlər Akademiyasının Fizika İnstitutunun Rəyasət Heyətində akademik-katib vəzifəsində çalışır. Onun elmi fəaliyyəti enerji sistemləri, materialşünaslıq və analitik kimya sahələrini əhatə edir. Həşimovun Google Scholar profilində 1125 profile_id, 3099 employee_id, 438 sitat, 11 h-indeksi və 12 i10-indeksi göstəriciləri var. O, 120 nəşrə sahibdir və hər il orta hesabla 6 məqalə dərc edir, son bir il ərzində 92 sitat qazanmışdır. Həşimovun tədqiqat maraqları arasında elektrik enerjisi sistemlərinin idarə olunması, enerji səmərəliliyi, kosmik hava şəraitinin elektrik şəbəkələrinə təsiri, kompozit materiallar, elektrik avadanlıqları, analitik kimya (ICP-MS), mikroşəbəkələr, elektrik yüklərinin proqnozlaşdırılması və bərpa olunan enerji mənbələri yer alır. Onun elmi işləri, enerji sistemlərindəki dalğalanmaların analizi, elektrik yüklərinin proqnozlaşdırılması, kompozit materialların elektrik xassələri, analitik kimya və enerji sektorunda yeni texnologiyaların tətbiqinə həsr olunub. Həmçinin, elmi işləri arasında kosmik hava şəraitinin elektrik sistemlərinə təsiri, Fuzzy Logic tətbiqləri də mövcuddur. Həşimovun elmi nailiyyətləri, enerji sektorunda texnoloji irəliləyişlərə və davamlı inkişafa töhfələr verir.

Academic Arif Hashimov, Doctor of Technical Sciences, serves as Academic Secretary at the Presidium of the Institute of Physics, Azerbaijan National Academy of Sciences. His scientific activity encompasses the fields of energy systems, materials science, and analytical chemistry. Hashimov's Google Scholar profile has 1125 profile_id, 3099 employee_id, 438 citations, an h-index of 11, and an i10-index of 12. He has 120 publications and publishes an average of 6 articles annually, with 92 citations in the last year. Hashimov's research interests include the management of electrical energy systems, energy efficiency, the impact of space weather on electrical networks, composite materials, electrical equipment, analytical chemistry (ICP-MS), microgrids, electrical load forecasting, and renewable energy sources. His scientific work is dedicated to the analysis of fluctuations in energy systems, electrical load forecasting, the electrical properties of composite materials, analytical chemistry, and the application of new technologies in the energy sector. Also, among his scientific works are the influence of space weather on electrical systems and the application of Fuzzy Logic. Hashimov's scientific achievements contribute to technological advancements and sustainable development in the energy sector.

Академик Ариф Гашимов, доктор технических наук, занимает должность академика-секретаря в Президиуме Института физики Национальной академии наук Азербайджана. Его научная деятельность охватывает области энергетических систем, материаловедения и аналитической химии. Профиль Гашимова в Google Scholar имеет 1125 profile_id, 3099 employee_id, 438 цитирований, h-index 11 и i10-index 12. Он имеет 120 публикаций и публикует в среднем 6 статей ежегодно, получив 92 цитирования за последний год. Научные интересы Гашимова включают управление системами электроэнергии, энергоэффективность, влияние космической погоды на электрические сети, композитные материалы, электрооборудование, аналитическую химию (ICP-MS), микросети, прогнозирование электрических нагрузок и возобновляемые источники энергии. Его научная работа посвящена анализу колебаний в энергетических системах, прогнозированию электрических нагрузок, электрическим свойствам композитных материалов, аналитической химии и применению новых технологий в энергетическом секторе. Также, среди его научных работ - влияние космической погоды на электрические системы и применение Fuzzy Logic. Научные достижения Гашимова вносят вклад в технологический прогресс и устойчивое развитие в энергетическом секторе.

Tədqiqat maraqları (AI):

Elektrik enerjisi sistemlərinin idarə edilməsi və optimallaşdırılması, Elektrik enerjisi sistemlərində dalğalanmaların analizi, Elektrik yüklərinin proqnozlaşdırılması, Kompozit materialların elektrik xassələri, Analitik kimya və ICP-MS, Enerjinin bərpa olunan mənbələri və mikroşəbəkələr, Kosmik hava təsirlərinin elektrik sistemlərinə təsiri, Fuzzy Logic tətbiqləri, Enerji sektorunda yeni texnologiyaların tətbiqi

İxtisas sahələri (AI):

Şəxsi məlumatlar

Tam Adı:

Arif Məmməd oğlu Həşimov

Elmi dərəcə:

Texnika elmləri doktoru

Elmi ad:

Akademik

Təvəllüd:

Ünvan:

Telefon:

Email:

İş yeri məlumatları

Təşkilat / Şöbə:

Rəyasət Heyəti / Rəhbərlik

Vəzifə:

Akademik-katib

Əsas iş yeri:

Bəli

İşləmə müddəti:

1 Yanvar 2024 – H/h

Elmi işlərin siyahısı

İşin adı	Jurnalın adı, Nəşriyyat, cild, N	Müəlliflər	İstinad sayı	Nəşr tarixi	Abstrakt və oxşar məqalələr

Tarix	Ümumi Məqalə sayı	Ümumi İstinad sayı	h index	i10 index
1 Noyabr 2025	121	472	11	14
1 Oktyabr 2025	120	443	11	12
1 Sentyabr 2025	120	441	11	12
1 Avqust 2025	120	438	11	12
1 İyul 2025	118	414	10	10
1 İyun 2025	118	408	10	10
1 May 2025	118	405	10	10
1 Aprel 2025	116	390	9	9
1 Mart 2025	115	389	9	9
1 Fevral 2025	114	389	9	9
1 Yanvar 2025	111	372	9	9
1 Dekabr 2024	110	364	9	9
1 Noyabr 2024	108	356	9	9
1 Oktyabr 2024	108	330	8	6
1 Sentyabr 2024	108	317	8	6
1 Avqust 2024	108	314	8	6
1 İyul 2024	108	310	8	6
1 İyun 2024	103	284	8	6

Tarix	Məqalə sayı	İstinad sayı	İstinad edənlər	h index	Həmmüəlliflər
1 Noyabr 2025	54	161	130	7	105
1 Oktyabr 2025	54	156	125	7	105
1 Sentyabr 2025	54	155	124	7	105
1 Avqust 2025	54	153	122	7	105
1 İyul 2025	54	130	112	6	105
1 İyun 2025	54	125	107	5	105
1 May 2025	54	124	106	5	105
1 Aprel 2025	53	112	99	5	104
1 Mart 2025	51	112	99	5	103
1 Fevral 2025	51	109	97	5	104
1 Yanvar 2025	49	102	90	5	101
1 Dekabr 2024	48	96	86	5	101
1 Noyabr 2024	47	95	85	5	89
1 Oktyabr 2024	47	93	83	5	89
1 Sentyabr 2024	47	93	83	5	83

Content for WOS.

Elmi işlərin siyahısı

İşin adı	Jurnalın adı, Nəşriyyat, cild, N	Müəlliflər	İstinad sayı	Nəşr tarixi	Abstrakt və oxşar məqalələr
Multifunctional operation and application of GPS	book / BoD–Books on Demand	Rustam B Rustamov, Arif M Hashimov	41	2018	Today, Global Positioning System (GPS) has taken … Today, Global Positioning System (GPS) has taken a significant place in human life with wide-scale applications. It is a multi-use, space-based radio-navigation system, embracing defense and security, civil, commercial, and scientific research needs. Taking into account the importance of the system, it has been suggested to present current advances of GPS with attention focused on vital aspects of technology. This book provides a general description of GPS, GNSS, and GLONASS with reference to the improvement of characteristics of the segments, including software applications and the equipment itself containing GPS. The book also provides information on application areas. Equally, a number of common shortcomings and errors are described, and elimination and mnimization of such consequences are demonstrated. Daha çox Əlaqəli məqalələr(Google)
Zinc oxide‐and polymer‐based composite varistors	physica status solidi c / WILEY‐VCH Verlag /Cild: 3 /N: 8 səh: 2871-2875	AM Hashimov, Sh M Hasanli, RN Mehtizadeh, Sh M Azizova, Kh B Bayramov	36	2006	This work reports on homogeneous varistor ceramics … This work reports on homogeneous varistor ceramics prepared from a mixture of impurity-doped zinc oxide (C)[E. Suzuki et al., IEEE Trans. Electron Dev. 47, 354 (2000); FL Souza et al., Mater. Chem. Phys. 80, 512 (2003)] and nonpolar polyethylene (PE) using a hot pressing method. The content of the composite components was varied from 10%(90%) to 70%(30%) of C (PE) and the thickness of the samples obtained was 40 or 150 μm. The voltage–current characteristics and electroconductivity with applied voltage were measured for all the samples obtained at room temperature. Also, the same samples were tested using infrared absorption and X-ray diffraction methods. As a result of these studies, the influence of ceramic composition on the ceramic parameters was established.(© 2006 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim) Daha çox Əlaqəli məqalələr(Google)
Modelling of Electromagnetic wave processes taking into account reactors with ungrounded neutrals and ovls in double-circuit long-distance ETL	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 41 səh: 81-88	AM Hashimov, RN Huseyn	16	2019	This paper studies the effects of switching … This paper studies the effects of switching overvoltages considering reactors with ungrounded neutrals and non-linear overvoltage limiters (OVL) in double-circuit long-distance power transmission lines (ETL). In long-distance extra high voltage double-circuit electric transmission, one of the causes of surges occurs during line switching. Traditionally, shunting reactors (SR) are used at both ends of lines in order to ensure protection against switching overvoltages. However, in long distance AC ETL it becomes difficult to limit overvoltages by SR only, and the operation of the system is not stable enough. The combined shunt compensation method helps limit the switching overvoltages in long distance double circuit lines. A combined shunt compensation of overhead extra high voltage power lines which contains, apart from traditional SR connected to the power line through reactor circuit breakers, reactors permanently connected to the line according to the star with ungrounded neutral configuration. Using the proposed method, calculations were made on the switching overvoltages occurring with OVLs connected in parallel between SR and ungrounded reactors (UR) at the sending ends and receiving ends of double-circuit ETL. Mathematical models of reactors with ungrounded neutrals, OVLs and sources are developed based on the calculation methods as part of the conducted studies. Using the bivariate cubic spline interpolation method for switching overvoltages, line voltage (u) and current (i) values are calculated, and voltage change curves at the sending ends of the line are observed. Daha çox Əlaqəli məqalələr(Google)
Electrical system load forecasting with polynomial neural networks (based on combinatorial algorithm)	2010 Modern Electric Power Systems / IEEE səh: 1-5	AM Hashimov, NA Yusifbeyli, AF Huseynov	16	2010	A polynomial neural network model for short … A polynomial neural network model for short term electrical load forecasting (STLF) is developed. Several models use past weekly and monthly system loads to forecast future electrical demands. All models are validated with actual system load data from the Azerbaijani Power Company. Combinatorial algorithm is elaborated to find efficiently the coefficients of regression type model. The paper presents the results, conclusions and points out some directions for future work. Daha çox Əlaqəli məqalələr(Google)
Geomagnetic storm risks to electric power distribution and supply systems at mid-latitude locations and their vulnerability from space weather	Technical and Physical Problems in Power Engineering”(Proceedings of the 3-rd International Conference “TPE-2006”, Ankara, Turkey, 29-31 May 2006), Gazi University, Ankara səh: 1097-1104	AM Hashimov, ES Babayev, NA Yusifbeyli, AB Asgarov, ZG Rasulov	16	2006	The effects of space weather on power … The effects of space weather on power distribution and supply systems are briefly described. Results of studies on the impact of geomagnetic storms of various strengths on electric power supply systems in Azerbaijan (mid latitudes) are provided. Perspectives of study of space weather effects on operational conditions of the regional electric power industry as well vulnerability of electric power systems and possibility of prediction of potential space weather effects for domestic power companies are discussed. Daha çox Əlaqəli məqalələr(Google)
Non-traditional compensation in intersystem power transmission lines excessive switching voltage	11th International Conference on'Technical and Physical Problems of Electrical Engineering'(ICTPE-2015), Bucharest, Romania səh: 10-12	AM Hashimov, Rashad Huseyn	14	2015	Intersystem power lines are important in the … Intersystem power lines are important in the power exchange of countries. Increasing demand for power supply, construction of new power stations and installation of power lines are needed. Reducing economic costs of power lines in remote power supply is one of the important tasks. Daha çox Əlaqəli məqalələr(Google)
On counting arc resistance in circuit-breakers while simulating switching processes	Power Engineering Problems /Cild: 2 səh: 13-16	AM Hashimov, TM Lazimov, SV Imanov	13	2007	Əlaqəli məqalələr(Google)
Calculation algorithm for electromagnetic wave processes in multi-wire intersystem ETL	Discover Electronics / Springer International Publishing /Cild: 1 /N: 1 səh: 5	Arif Hashimov, Rashad Huseyn, Ali Shokri, Herbert Mukalazi	12	2024	The nature of the transient process and … The nature of the transient process and the magnitude of the overvoltages are determined by a large number of factors in the HV/EHV AC transmission networks. The paper presents the study of mathematical modelling of electromagnetic wave processes in long-distance electric transmission line (ETL). The mathematical model is based on electromagnetic processes occurring on distributed parameter lines that are characterized by specific derivatives of the system of differential equations. The application of a spline-interpolation technique enables the calculation of currents and voltages at the nodes of the scheme, which obtains the unknown coordinates of the overhead line mode at the beginning of the ETL to solve the transmission line equation. The following results are derived from computer simulations of transients during switching on. With a simulation model, the importance of intelligent control of shunt … Daha çox Əlaqəli məqalələr(Google)
Managing shunt reactors in accordance to fuzzy controllers for stabilization of voltage in high tension tire-cover	International Journal on Technical and Physical Problems of Engineering (IJTPE) /Cild: 9 /N: 1 səh: 18	AM Hashimov, HB Guliyev, AR Babayeva	11	2017	Əlaqəli məqalələr(Google)
New technologies in energy sector and automated energy accounting systems and their main factors of influence on ecology	Int. J. Tech. Phys. Probl. Eng /Cild: 42 səh: 53-57	AHE Novruzova	12	2020	This article analyzes the newest technologies and … This article analyzes the newest technologies and their application in the energy sector. Energy is one of the main areas of the economy, so the introduction of information technology is the main task of improving the human condition. The more complex the production, the more automation is needed. It is stated that the implementation of an automated dispatch control system requires an automatic emergency control and accident data recording system, bandwidth control and voltage regulation, regulation of power flows and limitation of power and frequency flows. With the development of technology in the energy sector and in other industries, the negative impact on the environment that causes environmental degradation is growing. It has been argued that the main objective is to prevent these negative conditions and minimize them. Daha çox Əlaqəli məqalələr(Google)
Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate	Electric Power Systems Research / Elsevier /Cild: 223 səh: 109703	Arif Hashimov, Mehti Camalov, Firat Akin, Oktay Arikan, Allahverdi Orucov	12	2023	Multi-layered structures are commonly used in high … Multi-layered structures are commonly used in high voltage applications to improve the electrical, mechanical, and thermal stability of insulation systems. This study investigates the breakdown strength of two commonly used cross-linked polyethylene (XLPE) types by conducting detailed experiments considering the effects of multi-layered structures, material thicknesses, and voltage rise rates. Although there are existing studies on the impact of thickness and voltage rise rate, there is a paucity of research specifically focusing on these factors within the framework of multi-layered structures. Experimental results showed that the breakdown strength of both samples exhibited greater values at the higher voltage rise rate. When the breakdown strengths were examined according to the layer structure, it was seen that the multi-layer insulation structures had higher breakdown strengths. Specifically, the maximum … Daha çox Əlaqəli məqalələr(Google)
Optimal location and capacity of parallel facts devices in order to improve voltage static stability and power losses reduction using genetic algorithm	12th International Conference on Technical and Physical Problems of Electrical Engineering (ICTPE-2016), University of the Basque Country, Bilbao, Spain /N: 19 səh: 102-106	AM Hashimov, NR Rahmanov, MR Shadmesgaran	9	2016	Əlaqəli məqalələr(Google)
Nonlinear resistor based on a polymer-ceramic composition	Technical Physics / Nauka/Interperiodica /Cild: 52 /N: 8 səh: 1086-1088	AM Hashimov, Sh M Hasanli, Sh M Azizova, Kh B Bayramov, RN Mehdizadeh	9	2007	The resistivity of composite nonlinear resistors (varistors) … The resistivity of composite nonlinear resistors (varistors) consisting of zinc oxide ceramic and high-density polyethylene, as well as IR spectra and X-ray diffraction patterns taken of the samples, are studied. The component composition of the resistor is shown to influence its resistivity and IR and X-ray spectra. Daha çox Əlaqəli məqalələr(Google)
Improvement of Treatment Methods in Analysis of Carbon Mountain Breeds by ICP-MS	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 44 səh: 30-35	AM Hashimov, Kh N Ahmadova, ZK Nurubeyli, SI Hasanova, TK Nurubeyli, KZ Nutiyev	10	2020	An algorithm was developed for chemical sample … An algorithm was developed for chemical sample preparation of carbonaceous rocks for the subsequent ICP-MS analysis of impurity elements. The impact is assessed and the optimal conditions for the preliminary heat treatment of carbonaceous rocks are selected. The possibility of intensification of the preliminary heat treatment stage with the help of oxidizing additives is shown. Daha çox Əlaqəli məqalələr(Google)
Technical analysis of demand response program and FACTS devices implementation using multi-objective optimization	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 32 səh: 21-29	AM Hashimov, NR Rahmanov, MR Shadmesgaran, OZ Kerimov, II Mustafayeva	7	2017	Recently, the greatest need of power systems … Recently, the greatest need of power systems and consequently the most important consideration of scientists and specialists is maximum use of existing equipment capacity. This important issue is in direct relationship with power system stability increasing and power loss reduction. In recent years, the high performance of FACTS devices and demand response programs in improvement of the mentioned objective functions have been proved. In this paper, multi-objective function improvement has been carried out using simultaneous implementation of series and parallel FACTS devices and demand response program (DR). Also, optimal places and capacities of the three instruments are separately determined and displayed using various evolutionary algorithms named genetic algorithm and TLBO (Teaching Learning based optimization algorithm). Furthermore, optimization problem is solved in emergency condition of network. Simulations are carried out on 30 bus IEEE standard test system using MATLAB program and PSAT (Power System Analysis Toolbox). The results of numerical studies prove that simultaneous use of series and parallel FACTS devices and DR program can provide high performance in the network. Finally, simulation results through various evolutionary algorithms (GA and TLBO) have been compared. Daha çox Əlaqəli məqalələr(Google)
Decrease in negative dielectric anisotropy and electric conductivity of 4-methoxybenzylidene-4'-butylaniline doped with fullerenes C60	Fullerenes, Nanotubes and Carbon Nanostructures / Taylor & Francis /Cild: 29 /N: 12 səh: 951-955	Arif M Hashimov, Tahir D Ibragimov, Guseyn B Ibragimov, Rovnag M Rzayev	8	2021	Effect of fullerenes C60 on dielectric relaxation … Effect of fullerenes C60 on dielectric relaxation and electric conductivity of nematic liquid crystal 4-methoxybenzylidene-4'-butylaniline (MBBA) is investigated. It is shown that the inclusion of fullerenes into liquid crystal leads to decreasing of the clearing temperature and the order parameter. In this case, the longitudinal component of the real part of dielectric permittivity increases while the transverse component and the absolute value of dielectric anisotropy decrease. The capture of moving ions by fullerenes leads to a decrease of electric conductivity. Daha çox Əlaqəli məqalələr(Google)
Shunt reactors control algorithm using fuzzy sets theory	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 11 /N: 1 səh: 10-15	AM Hashimov, HB Guliyev, AR Babayeva	6	2019	In order to normalize the voltage values … In order to normalize the voltage values in high-voltage buses of electric network and improve the mode reliability of power grid, the problem of synthesis of controller forming the control action on the basis of fuzzy sets and fuzzy logic for regulating the power of shunt reactors connected to compensate the charging power of the power line is considered. An algorithm for controlling the reactor power depending on the load resistance and its dynamics is proposed. Daha çox Əlaqəli məqalələr(Google)
Microwave absorbing property of epoxy resin composites with added Fe3O4 nanoparticles	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 38 səh: 16-20	Arif Mamed Hashimov, Naser Mahdavi Tabatabaei, Ulker Farruk Samedova, Musa Abdulali Nuriyev, Mazahir Nasraddin Bayramov, AO Mehrabov	6	2019	In this paper, we have successfully synthesized … In this paper, we have successfully synthesized nanoparticles of Fe3O4 and composites based on epoxy resin with various mass ratios of nanomagnetite were prepared. The structure, morphology and properties of the composites were characterized with X-ray diffraction, scanning electron microscope. Results of measurements of reflection coefficients (R), transmission (T), and absorption (A) of the ER series composites of composites on basis of nano magnetite are presented in this paper. Daha çox Əlaqəli məqalələr(Google)
Integrated Hybrid Microgrid-The Cell of Future Distribution Network	9th International Conference on Technical and Physical Problems in Electrical Engineering (ICTPE-2013), Istanbul, Turkey səh: 9-11	AM Hashimov, NR Rahmanov, OZ Kerimov	6	2013	Sustainable development of energy system is considered … Sustainable development of energy system is considered on a new basis by creation of distribution network in the form of microgrid containing distributed sources-renewable and traditional. In microgrids renewable sources as solar plants, wind mills, biogas units, energy accumulation units and some others are used in combination with such traditional power sources as diesel generators, small gas turbines. Rated power of microgrid sources is designed to cover local demand. The studied combined microgrid has connected to the main grid. Taking in consideration the high price of power conversion equipment the efforts were made to minimize their number. Modeling of combined microgrid, results of steady state evaluation and analysis in different operation conditions are considered. Daha çox Əlaqəli məqalələr(Google)
ShM	Azizova, KB Bayramov,“The Nonlinear Resistor on the Basis of a Composition Polymer-Ceramics”, JTF /Cild: 77 /N: 8 səh: 127-130	AM Hashimov, Sh M Hasanli, RN Mehtizadeh	6	2007	Əlaqəli məqalələr(Google)
Variation of the main parameters composite varistors based on ZnO	The 16th International Conference on Technical and Physical Problems of Engineering (ICTPE-2020), Rumeli University /N: 21 səh: 99-101	AM Hashimov, Sh M Ahadzade	6	0	Əlaqəli məqalələr(Google)
A glance of optimal control effects on technical and economic operation in Grid	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 46 /N: 13 səh: 1-10	AM Hashimov, NR Rahmanov, MR Shadmesgaran	7	2021	At present, optimization of multi-objective functions as … At present, optimization of multi-objective functions as an important solution to reach the maximum capacity of existing equipment to meet the growing demand for electric energy is at the forefront of research. In this regard, one of the most important areas of research is the optimization of multi-objective functions using the type selection and optimal allocation of FACTS and DR programs. On the other hand, the severe impact of the set of conditions including the occurrence of error, the uncertainty of the nature of the electric charges, the low load and peak load conditions, on the optimization results are still persistent problems of power systems. In this paper the impact of the set of lateral conditions on the flexible optimization process is solved in a complex manner considering technical and economical indices for various multi-objective functions according to the current needs of the system. The research is conducted on a wide range of different compensating equipment and demand response program as well as different single and group installation modes. Implementation of the Pareto Front Selection Method with Evolutionary Algorithm in Optimization Processes cause, the obtained optimal answers meet the expectations of the system operator. Likewise, by analyzing the solutions obtained from optimization processes, valuable suggestions for solving system problems in case of error and load uncertainty are presented. Simulation processes are carried out using the standard IEEE 30-bus system as well as MATLAB and PSAT programs. Daha çox Əlaqəli məqalələr(Google)
Probabilistic evaluation of voltage stability limit of power system under the conditions of accidental Emergency outages of lines and generators	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 12 /N: 2 səh: 40-45	AM Hashimov, HB Guliyev, NR Rahmanov, NM Tabatabaei, F Sh Ibrahimov	9	2020	Maintenance of the power system safety is … Maintenance of the power system safety is the most important problem for system stability preservation in case of emergency failures of its main elements–generators and power lines. To evaluate the degree of impact of emergency failures of individual elements on the power system, the analysis of the maximum network load and the critical voltage values is carried out. In the conditions of stochastic variability of powers in the load nodes, as well as in the presence of intermittent-random power generation in the generation nodes, the evaluation of critical voltages and maximum transmitted power values over the power lines of the system network requires a probabilistic evaluation of these critical parameters for failure case of failure. The method and algorithm for the operational evaluation of the distribution of probability of critical voltage and maximum power transfer for various emergency situations–failure options of lines and generators according to the N-1 scheme. The random variability of generation is represented by the Wind Power Plant power generation model, which takes into account the variability of its share in the total load coverage. The stochastic of the load model is specified using the Monte-Carlo method. The results of test studies on IEEE schemes and circuits of real power systems are presented. A comparative assessment of the risks of emergency failures when taking into account random processes in the load and generation shows the high efficiency of the proposed approach. Daha çox Əlaqəli məqalələr(Google)
Improved Control Algorithm for Shunt Reactors Using Fuzzy Logic	Rudenko International Conference on Methodological Problems in Reliability Study of Large Energy Systems (RSES 2018), Irkutsk, Russia	AM Hashimov, HB Guliyev, AR Babaeva	5	2018	Əlaqəli məqalələr(Google)
Structure Interpretations of Polymers Properties	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 35 səh: 34-38	AM Hashimov, KB Gurbanov, NM Tabatabaei, LC Suleymanova, ZA Tagiyeva	5	2018	The investigation results of interconnection of structure … The investigation results of interconnection of structure and polyvinylidene fluoride properties (PVDF) under the influence of glow flare discharge interaction in the medium of residual gases of free air, argon and SF6 is presented in this paper. It is shown that quantity of accumulated electric charges in the samples under electric discharge influence depends on the defects and sample defect degree. The investigations of thermally stimulated relaxation of charges from PVDF samples are carried out. It gives the possibility to estimate qualitatively the defect size change and sample defect degree by the way of changing material properties. Daha çox Əlaqəli məqalələr(Google)
Possibility varistor effect of different properties in polymers	12th International Conference on Technical and Physical Problems of Power Engineering (ICTPE-2016), University of the Basque /N: 36	AM Hashimov, Sh M Ahadzadeh	5	2016	Əlaqəli məqalələr(Google)
Voltage Stability Problem for GRID with Distribution Generation and Renewable Sources	Proceedings of the 11th International Conference on Technical and Physical Problems of Electrical Engineering, ICTPE-2015 (Bucharest, Romania) səh: 159-165	AM Hashimov, NR Rahmanov, AA Mustafayev, ST Ahmedova	5	2015	Əlaqəli məqalələr(Google)
Optimal location of TCSC due to power loss reduction and static voltage stability improvement using genetic algorithm	Institute of Physics of ANAS, Problems of energy / Problems of power industry /N: 4	AM Hashimov, MR Shadmesgaran, NA Yusifbeyli	5	2015	Reactive power is a one of the … Reactive power is a one of the side services of electricity network which has a crucial role related to improvement of stability especially that of voltage. In modern power systems which are always exploited under stress, voltage stability gains higher importance, therefore stability margin should increase as much as possible. In this article, TCSC optimal place and capacity were determined in order to improve voltage static stability and to reduce power loss. Therefore two indexed, index of voltage static stability and power loss have been considered as technical indexes. Network emergency conditions have also been considered in simulations to approach real conditions of power system. Daha çox Əlaqəli məqalələr(Google)
Effect of Combined Wind and Diesel Generation on Power System Operation	Renewable Energy World Conference, Milan, Italy	AM Hashimov, NR Rahmanov, OZ Kerimov	5	2011	Əlaqəli məqalələr(Google)
Improved fuzzy algorithm to control reactive capacity and voltage in distributive networks	Energetika, Minsk /Cild: 2 səh: 29-39	AM Hashimov, HB Guliyev, NR Rahmanov	3	2010	Əlaqəli məqalələr(Google)
Thermophotovoltaic Solar Energy Converters on the Basis AVBVI	2006 IEEE 4th World Conference on Photovoltaic Energy Conference / IEEE /Cild: 1 səh: 651-654	AM Hashimov, AA Bayramov, NA Safarov, GM Akhmedov	5	2006	The problems of a solar energy conversion … The problems of a solar energy conversion to electrical power by means of thermophotovoltaic systems on base AVBVI are considered for high concentration solar applications. As p-n-junctions it is offered to use monocrystals Bi2Te3 p-type and Bi2Se3 n-type conduction. P-n film structures of p-Bi2Te3-n-Bi2Se3, received by a method of discrete thermal evaporation in a uniform work cycle, are suitable for usage in thermophotovoltaic devices. It is demonstrated, that the wide spectrum of sensitivity and stability to the concentrated solar radiation of thermophotovoltaic elements on the basis of AV BVI are advantage in comparison with traditional solar cells. The accurate modelling of concentrator solar cells with thermophotovoltaic converters is absolutely necessary in order to guide the technology to increase the performance of these devices Daha çox Əlaqəli məqalələr(Google)
The electric and heat characteristics of frequency-dependent resistor	Fizika /Cild: 12 /N: 4 səh: 28	AM Hashimov, TR Mehdiyev, NR Babayeva	5	2006	Əlaqəli məqalələr(Google)
A solar power plant with a high performance solar cells and thin concentrators made of aluminumbacked epoxy coated polymers	book / Proc. TPE-2006	AM Hashimov, AA Bayramov, NA Safarov, FJ Safarova	5	2006	The offered module of the solar cell … The offered module of the solar cell includes light collected system on the basis of a cylindrical thin concentrator and the bar of silicon photocells with a radiator for air cooling. The concentrator is a light collecting system and is manufactured from epoxy with a depth of 5 mm coated from the inside by a polymeric film of depth 70 μm and of aluminium by depth 3 μm. Small depths of materials of the concentrator cause its low cost compared with the concentrators produced from glasses. The estimated cost of a concentrator with an area of 1 m2 is 10 . Daha çox Əlaqəli məqalələr(Google)
Space weather and possible effects on the electric power generation and supply systems in Azerbaijan	ESA Space Weather Workshop “Space Weather Applications Pilot Project səh: 16-18	AM Hashimov, ES Babayev, NA Yusifov	5	2002	Əlaqəli məqalələr(Google)
Assessment and optimal combined utilization of renewable energy sources in the remote inhabited locations	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 45 səh: 82-90	AM Hashimov, NR Rahmanov, NM Tabatabaei, ZA Mammadov, RE Kerimov, RN Rahmanov	4	2020	Currently, in many countries there are regions … Currently, in many countries there are regions which due to remoteness and geographic conditions do not have access to the central power system. The power systems in these cases are performed in form of local isolated systems with their own energy sources. These sources are power plants operating on the base of local renewable resources-wind, solar, small rivers hydropotential. The energy potential of local renewable resources depends on the climatic conditions in the area. The paper provides an assessment of the renewable resources potential for the terrain in the mountainous regions of Azerbaijan. Based on long-term observations of solar radiation levels, ambient temperature, wind speed and other parameters, the calculated theoretical and technically possible values of electricity generation have been determined. The structure of considered distributed generation system includes the direct current sources (PV-systems) which are distributed among individual consumers. Sources of alternating current-wind generators operate according to the scheme of centralized power generation and its distribution among individual consumers. An estimated model of total consumption for the selected remote area has been compiled. The goal of the optimal planning problem is to determine the optimal composition of renewable energy sources (PV systems and wind turbines) turbines), which power generation would fully cover the maximum total annual consumption. To achieve this goal, the method of probabilistic combination of the number of individual PV systems and wind turbines is used. The estimates of the RES potential for specific … Daha çox Əlaqəli məqalələr(Google)
Selection of Internal Standards Depending on the Mode of Operation of Mass Spectrometer with Inductive Coupled Plasma (ICP-MS)	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 40 səh: 8-12	AM Hashimov, ZK Nurubeyli, SI Hasanova, TK Nurubeyli, JG Samadov	5	2019	The work was established a direct relationship … The work was established a direct relationship between the various modes of device operation and the criteria for selecting the internal standard. Two equivalent combined approaches to eliminating matrix interference are proposed: 1) measurement in the" standard" operating mode of the device (after automatic adjustment for maximum sensitivity) with use internal standard (IS), selected based on the proximity of the first ionization potentials (PI) of the element and analyte, and 2) analysis in the regime of" stable" parameters using IS as a single element, irrespective of its atomic mass and Daha çox Əlaqəli məqalələr(Google)
Space weather effects studies in Azerbaijan: potential impacts on geosphere, biosphere and periodic comets	Proceedings of the Third Scientific Conference with international participation devoted to the səh: 363-368	Arif Hashimov, ES Babayev, AB Asgarov, PN Shustarev, FR Mustafa, AS Guliyev	4	2007	For getting more and better knowledge about … For getting more and better knowledge about the physical links between major space weather sources (solar, geomagnetic and cosmic ray activities) and short-and long-term effects on technical-engineering systems and biosphere, particularly, human life and health state in middle latitudes, we are conducting complex (theoretical, experimental and statistical) space weather studies in the Azerbaijan National Academy of Sciences. Part of main and recently obtained results of these collaborative investigations of potential space weather effects on functioning of power supply systems, sudden cardiac death mortality as well as an influence of changes of heliogeophysical conditions on dynamics of traffic accidents is briefly provided in this review paper. An influence of solar activity on changes of brightness curves of periodic comets 29P/Schwassmann-Wachmann and 1P/Halley is investigated on the basis of data with about 1300 and 5900 estimations of brightness and using improved by authors calculations for visual magnitude of comets. Daha çox Əlaqəli məqalələr(Google)
Design of Engineering Facilities with Space Technology Applications	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 19 səh: 82-87	AM Hashimov, RB Rustamov, NA Babayeva, N Rahimov	4	0	There is no doubt that the use … There is no doubt that the use of advances of modern technology plays highly important role in engineering design and construction processes. It is necessary to mention that today application appropriate technology in all step of engineering implementation has a vital importance. It discovers complexity and demands of projects, suitable management of sources–financial, human, technical and technological facilities and many other aspects. Undoubtedly, a success of engineering executions depends how it can be merged and integrated collected data and their input into the system for analyzing, processing and development of archiving. It is advantage of application of advances of technology. There is one more approach needed to be undertaken with regard to the use of methods of methodology of selected technology for target achievement. It depends of aspirations and circumstances of engineering project execution and expectations of client satisfaction. Up to date circumstances of any engineering activities embraces a wide area of activities and involvement of a large of engineering features solutions. It demands of use different instruments and tools of engineering to meet requirements of the standards and regulations required for project execution. It is being used in engineering from the stage of tender package developments up to the project execution and as built document archiving. The content of such developments can be included the spatial (layouts, drawings) and non-spatial (specifications, cost estimates etc.) aspects of information in a construction project. With regard to this approach, it is necessary to collect required information … Daha çox Əlaqəli məqalələr(Google)
The degradation analysis of XLPE materials under thermal aging: a comprehensive study through partial discharge measurements and structural characterization techniques	Transactions on Electrical and Electronic Materials / The Korean Institute of Electrical and Electronic Material Engineers (KIEEME) /Cild: 25 /N: 4 səh: 494-506	Arif Hashimov, Mehti Camalov, Firat Akin, Oktay Arikan, Allahverdi Orucov, Musafir Guliyev	5	2024	This article focuses on the impact of … This article focuses on the impact of thermal aging on the insulation material used in cross-linked polyethylene (XLPE) cables. During the experimental process, the samples are subjected to thermal aging at 120 °C for 450 h in total. The impact of thermal stress on insulation quality is analyzed through partial discharge (PD) parameters. Accordingly, the average PD charge of peroxide and silane-added samples increased by 72% and 37%, respectively. Also, their partial discharge inception voltages decreased by 9% and 12.5%, respectively. For investigation of the root causes of the increase in partial discharge activity, Fourier transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), and ultraviolet–visible (UV–Vis) spectrophotometers are used. The structural changes caused by thermal aging were characterized through FTIR spectroscopy as the formation of new chemical bonds, chain degradation and … Daha çox Əlaqəli məqalələr(Google)
Optic Radiation of Thin-Film Structure of FD-Resistor with Active Ni0. 4Zn0. 6Fe2O4 Layer	IJTPE /Cild: 50 /N: 14 səh: 161-165	TR Mehdiyev AM Hashimov SN Aliyeva, IF Yusibova AA Sadigova	3	2022	It is shown that the structure of … It is shown that the structure of the FD-resistor is a three-layer package of plane-parallel positioned nanofilms, the active layer of which is made of (Ni-Zn) ferrite film. The created structure of the FD-resistor corresponds to the structure of the Fabry-Perot nano resonator. Thin perfect films of Ni0. 4Zn0. 6Fe2O4 and SmS with~ 20 nm thickness which deposited by thermal method on sapphire or glass substrates were studied by luminescent and optical methods. Atomic force microscope studies have shown that the surface of thin Ni0, 4Zn0, 6Fe2O4 ferrite films has a granular structure. It is shown that with the laser (532 nm) excitation in the luminescence spectra and radiation generation in the visible and terahertz ranges in the created nano resonator, with an active layer of (Ni-Zn) ferrite film or samarium monosulphide, a maximum of high intensity is observed. Daha çox Əlaqəli məqalələr(Google)
Luminescent and optical properties of (Ni, Zn) ferrites	spectrum /Cild: 2 səh: 2	AM Hashimov, TR Mehdiyev, Sh N Aliyeva1 IF Yusibova, AV Agashkov, BA Bushuk	3	2021	The development of new technologies and instrument … The development of new technologies and instrument engineering has significantly stimulated the experimental potential of scientific researches, their reliability and efficiency. Not only research methods have changed, but also the requirements for materials. Investigations of microscopic objects and their submicron thickness of films entered the picture, and the role of studies of the relief and topology of surfaces by atomic force microscope investigation and methods rose sharply. Thus, it is not surprising that the study of ferrite materials has become one of the promising areas of research. Among those materials, already in the first half of the last century there were nickel-zinc ferrites, which found wide application in magnetic elements, electronic devices, computing systems, communication devices, transmit and receive devices and information processors, etc. In this case, we were interested in the use of these ferrites in solving the problem of limiting the effect of external high-frequency electromagnetic fields on the flow of alternating currents, and in studying the properties of these ferrites in a wide spectral range, characteristic for the noise spectrum, arising, for example, in lightning discharges, etc. Daha çox Əlaqəli məqalələr(Google)
Static and dynamic simulatiuon models for reactive power flow control in power system by means of statcom device	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 12 /N: 1 səh: 84-89	AM Hashimov, HB Guliyev, AR Babayeva, F Sh Ibrahimov	3	2020	Information about some features of damping of … Information about some features of damping of oscillations of active and reactive powers when using FSTATCOM device in networks of power system with industrial load (having cooling loads in a large measure) and possible areas of its application is presented in the paper. Requirements for traditional thyristor control system of F-STATCOM device, their shortcomings, alternative control algorithm proposed based on fuzzy logic theory and results of calculations for simulation modeling are given. In simulation model the STATCOM device action was considered in statics and dynamics. Daha çox Əlaqəli məqalələr(Google)
Strength Structure of Interrelationships in Amorphous Crystalline Polymers	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 41 səh: 63-65	AM Hashimov, KB Gurbanov, Naser M Tabatabaei, LJ Suleymanova	5	2019	The results of the study of electrical … The results of the study of electrical and mechanical strength of amorphous crystalline polymer systems with linear structure and their dependence on macromolecular structures are described. It is well-known that linear structure polymer systems are characterized by inter-atomic distances with sizes 3-5 Å and at the same time with a large period of reproduction caused by macromolecules with sizes 50-1000 Å. Depending on the thermodynamic parameters of the technological process of the material preparation and other time-temperature regimes, samples can be obtained with different structures. Given that polymeric materials are widely used in various industries, it is confirmed that the aforementioned areas of research are among the topical issues of the day. Daha çox Əlaqəli məqalələr(Google)
Study of the most energy-efficient modes of generation of high-voltage nanosecond pulses and chemically active discharge products for active disinfection of fluid food products	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 38 səh: 35-41	AM Hashimov, KB Gurbanov, EJ Gurbanov	4	2019	The use of more energy-efficient and environmentally … The use of more energy-efficient and environmentally clear technologies for disinfecting flowing liquid food products (without the use of various chemical reagents) is a highly topical task today. At the same time, special attention should be paid to the preservation by the products of their nutritional and biological value. In this article, more energy-efficient methods of treatment products with reactive discharge products (ozone, atomic oxygen), generated in barrier and crown discharges are proposed. To improve the energy efficiency of the installation, a crown discharge reactor with an innovative “wire-cylinder” electrode system and retractable dielectric nozzles on a potential electrode, is proposed. The discharge delay time, the excitation of volume nanosecond discharge in the interelectrode gap, and the extensive generation of chemically active discharge products, which can be directed to the active inactivation of pathogenic microorganisms in food products, are reduced. At the same time, it is necessary to limit the formation of spark discharges in the interelectrode distance that could affect the physicochemical content of the treated products and achieve maximum branching of the streamer channels (without transition to a spark), ensuring an efficient generation of chemically active discharge products. For generation at the output of a high-voltage pulse generator, an innovative scheme of multi-gap spark discharger is proposed for shortening the front of a pulsed signal up to units of nanoseconds. Daha çox Əlaqəli məqalələr(Google)
Antennas and front-end in GNSS	Multifunctional Operation and Application of GPS / IntechOpen	Rustam B Rustamov, Korkut Yegin, Arif M Hashimov	3	2018	Antenna and front-end play a key role … Antenna and front-end play a key role in global navigation satellite system (GNSS) receivers where multi-frequency and multi-constellation services are used simultaneously to produce high-precision position, navigation, and timing information. Being the first element on the receiver system, specifications on the antenna for multi-constellation GNSS applications can be challenging. Especially, integration of the antenna into the target plat-form, either mobile or stationary, may severely affect antenna performance. This is usu-ally an issue for small-size antennas where measured stand-alone antenna performance in ideal conditions is usually not descriptive of actual performance on the platform. Furthermore, carrier phase tracking has become popular among algorithm developers to obtain high accuracy and anti-spoofing at the same time which demand minimal phase centre variation of the antenna within the intended GNSS band. Spoofing and jamming of GNSS receivers is a growing concern especially for aerial vehicles with ever-increasing applications of drones. These requirements demand different characteristics on the antenna and front-end than traditional applications. One of the most utilized forms of GNSS antenna is ceramic patch, due to its low height, low cost, and relatively good narrow band performance. Simulations of this particular antenna in terms of axial ratio and impedance bandwidths, axial ratio variation over elevation, and half-power beam width are carried out and discussed with comparison to its counterparts. Another critical part of the receiver is its front-end where huge amount of signal amplification with minimal distortion … Daha çox Əlaqəli məqalələr(Google)
PROBABILISTIC FLOW DISTRIBUTION AS A REACTION TO THE STOCHASTICITY OF THE LOAD IN THE POWER SYSTEM	ENERGETIKA. Proceedings of CIS higher education institutions and power engineering associations /Cild: 59 /N: 6 səh: 519-528	AM Hashimov, NR Rakhmanov, GB Guliyev, RN Rakhmanov, AA Mustafayev	3	2016	For the analysis and control of power … For the analysis and control of power systems deterministic approaches that are implemented in the form of well-known methods and models of calculation of steady-state and transient modes are mostly use in current practice. With the use of these methods it is possible to obtain solutions only for fixed circuit parameters of the system scheme and assuming that active and reactive powers as well as generation in nodal points of the network remain the same. In reality the stochastic character of power consumption cause the casual fluctuations of voltages at the nodes and power flows in electric power lines of the power system. Such casual fluctuations of operation can be estimated with the use of probabilistic simulation of the power flows. In the article the results of research of the influence of depth of casual fluctuations of the load power of the system on the probability distribution of voltage at nodes as well as on the … Daha çox Əlaqəli məqalələr(Google)
Simulation and Improvement of Operation of DG Systems Connected to Power System	International Journal on Technical and Physical Problems of Engineering (IJTPE) /Cild: 4 /N: 1 səh: 91-96	AM Hashimov, F Fattahi, NM Tabatabaei, S Guliyeva	3	2012	In this paper, generation system of combined … In this paper, generation system of combined and hybrid wind/PV system has been designed. It is supposed that we are going to minimize the annual cast of stand-alone system during recent 20 years. There are certainty factors in this paper, which can reach to favorable designing by using them. Also the type of used inverter and the best choice of battery in order to have the favorite system have been discussed. The main aim using of Simulink is that suitable for control process and compensator designing, which the hybrid control system is presented for a part of Iran electrical network of Iran. Daha çox Əlaqəli məqalələr(Google)
HIGH VOLTAGE PULSED DISCHARGE IN AIR IN ATMOSPHERE PRESSURE AND THE BIG OVERVOLTAGES	book	AM Hashimov, ED Qurbanov, AS Bondyakov, A Ya Quseynli	3	0	Present article is devoted to the discharge … Present article is devoted to the discharge processes in air by influence of high voltage nanosecond pulses on the discharge gap. Are considered a local and non-local measures of run off electrons and formation of the powerful subnanosecond electron beams. Are shown the conversion of diffusive volumetrical discharge into constricted discharge by different interelectrode distances and electrode’s geometry. Daha çox Əlaqəli məqalələr(Google)
Complex physicochemical analysis of transformer oil parameters using the inductively coupled plasma mass spectrometry technique	Electrical Engineering & Electromechanics /N: 2 səh: 79-84	AM Hashimov, TK Nurubeyli, NE Imamverdiyev, GN Mammadova	12	2025	Introduction Transformers are crucial and expensive components … Introduction Transformers are crucial and expensive components of power systems, experiencing electrical, thermal, and chemical stresses. Transformer oil analysis is important for diagnosing transformer faults and assessing its remaining service life. The oil used in transformers degrades over time due to its interaction with electrical loads and heat from the core and windings. The oil degrades into low-molecular gases and carbon particles, which affect its dielectric properties and indicate potential problems. Analysis of dissolved gases in oil allows early detection of defects such as corona or arc discharges, as well as overheating. In addition, analysis of metal content in oil helps to clarify the type and location of the fault identified by gas analysis. Novelty of the proposed work lies in the study of the relationship between transformer oil parameters and its quality, as well as the effect of dissolved gases. The article proposes a method for determining how changes in these parameters affect each other. The obtained data are compared with the results of mass spectrometric analysis for a more accurate assessment of the transformer condition. The purpose of this paper is to explore the connection between the chemical properties of transformer oil and the elemental composition determined through inductively coupled plasma mass spectrometry (ICP-MS). Methods The solution to the problem was carried out using the inductively coupled plasma mass spectrometry method from Agilent Technologies 7700e (USA) to measure the concentration of metals in transformer oil. Results An inverse correlation has been identified between the acidity of … Daha çox Əlaqəli məqalələr(Google)
Influence of filler volume on the magnetic characteristics of composites	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 13 /N: 3 səh: 115-118	AM Hashimov, UF Samadova, IH Zakiyeva, UM Safarzade, AO Mamedov	2	2021	Əlaqəli məqalələr(Google)
Placement of shunt reactors in high-voltage network using fuzzy constraints	E3S Web of Conferences / EDP Sciences /Cild: 139 səh: 01052	Arif Hashimov, Huseyngulu Guliyev, Aytek Babayeva	2	2019	In recent years, controlled shunt reactors (CSR) … In recent years, controlled shunt reactors (CSR) relevant to the class of FACTS facilities have been widely used to control voltage modes and reactive power flows in the high-voltage electrical network. The selection of location, as well as the definition of the law of CSR control in the conditions of stochastic variability of the operation mode of high-voltage power transmission, are associated with numerous technical and economic factors. At the same time, such constraint conditions as ease of use, performance efficiency, purpose and location in the system, as well as the period of commissioning should be taken into account. In the proposed procedure these factors are considered as fuzzy constraints. The procedure of CSR placement in the 330 kV electrical network of Azerenergy system for control of reactive power flows taking into account the mentioned fuzzy constraints is proposed. The obtained simulation results … Daha çox Əlaqəli məqalələr(Google)
Thermo-stimulating ionic currents in polymers in the environment of ozone gas	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 11 /N: 1 səh: 21-24	AM Hashimov, KB Gurbanov, NM Tabatabaei, LC Suleymanova, ZA Taghiyeva	4	2019	The results obtained from the study of … The results obtained from the study of electrically charged conditions in poly-triftorchlorethylene and recrystallized poly-vinylidene fluoride materials which are exposed to the effects of intermittent gas discharge in the environment of ozone, ozone+ 5F6, and arachnoid gases are interpreted in the article. Experimental results on the relations between the chemical composition, structure and electro-physical properties of materials are obtained in the study. Daha çox Əlaqəli məqalələr(Google)
Improved control algorithm for shunt reactors using fuzzy logic	E3S Web of Conferences / EDP Sciences /Cild: 58 səh: 02012	Arif Hashimov, Aytek Babayeva, Etibar Pirverdiyev, Huseynqulu Guliyev	2	2018	The task of provision of the efficiency … The task of provision of the efficiency of fuzzy controller action, regulating the power of shunt reactors, is considered for the stabilization of the voltage values in high-voltage buses, as well as to increase the regime reliability of the power grid. A new algorithm is proposed for controlling the power or inductive resistance of reactor depending on the load resistance, rate of change and voltage on the network buses. The results of the designed experiment based on computer simulation confirm the effectiveness of the proposed control algorithm. Daha çox Əlaqəli məqalələr(Google)
Starting-Up Impact of Powerful Asynchronous Motors Used at Gas-Compressor Units on GRID Mode	ENERGETIKA. Proceedings of CIS higher education institutions and power engineering associations /N: 1 səh: 17–22	AM Hashimov, RN Rahmanov	2	2012	The paper investigates starting-up modes of powerful … The paper investigates starting-up modes of powerful asynchronous motors used at gas-compressor units which are applied for oil and gas production and transportation. Impact of motor starting-up on GRID mode for various variants of a scheme structure is considered in the paper. The paper presents investigation results taking 7 MW capacity motors as an example. The motors concerned are applied at compressor units used for oil production inAzerbaijan. Daha çox Əlaqəli məqalələr(Google)
Research of recovery voltages conditioned by capacitive currents switching-offs in high voltage systems	Proceedings of the TPE-5 International Conference, Bilbao, Spain səh: 57-60	Arif Hashimov, Havar Mammadov, Tahir Lazimov, Samir Imanov	2	2009	The paper presents results of computer simulation … The paper presents results of computer simulation the recovery voltages conditioned by capacitive currents switching-offs by high voltage vacuum and autocompression (elegas) circuit-breakers. Dependence of recovery voltages on some influencing factors, especially on type of circuit-breaker was researched. Daha çox Əlaqəli məqalələr(Google)
Compensation of the volume charge of ions in a time-of-flight mass analyzer	Technical Physics / Nauka/Interperiodica /Cild: 52 /N: 11 səh: 1511-1514	AM Hashimov, KB Gurbanov, ZK Nurubeyli, TK Nurubeyli, KZ Nuruyev	2	2007	A method of forced compensation of the … A method of forced compensation of the volume charge of ions leading to considerable deterioration of the dispersion characteristics of a time-of-flight mass analyzer with a sector electrostatic field is described. It is shown that recompensation of the voluem charge also deteriorates the resolution of the instrument. Daha çox Əlaqəli məqalələr(Google)
On Microwave Radio Scintillation Effects and Space Weather Impacts on Electric Power Supply Systems in Middle Latitudes	Sun and Geosphere / Региональная сеть стран Балканского, Черноморского и Каспийского регионов для изучения космической погоды /Cild: 1 /N: 2 səh: 50-55	AM Hashimov, ES Babayev, NA Yusifbeyli, AB Asgarov, PN Shustarev	2	2006	In this paper results of morphological studies … In this paper results of morphological studies and investigations on revealing of main characteristics of ionospheric scintillation effects experienced for microwave radio signals for the Space-Earth path, its impacts on navigation and communication systems, dependence on the solar and geomagnetic activity, geophysical and other processes/factors are briefly provided to help system designers who are involved in the activities related to the development and functioning of systems, particularly, for consumers in middle geographical latitudes. Ionospheric propagation model computer code was applied for studying of scintillation effects on microwave radio signals used in the area of Azerbaijan for worst case scenario of main space weather and ionosphere parameters. Part of main results of the complex investigations on possible impact of geomagnetic disturbances of various strengths on electric power supply systems in middle latitudes is described. Daily data on power failures and breakdowns that occurred in Baku capital city (Azerbaijan) and surrounded big urban area in years of descending phase of solar 11-year activity cycle was investigated and analyzed. Daha çox Əlaqəli məqalələr(Google)
Mathematical modelling of ferroresonance for investigation of ferroresonance currents	IU-Journal of Electrical & Electronics Engineering / İstanbul University-Cerrahpasa /Cild: 5 /N: 2 səh: 1373-1377	AR Babayeva, Ahmet Nayır, EV Dmıtrıyev, AM Hashımov, IR Pıvchık	2	2005	MATHEMATICAL MODELLING OF FERRORESONANCE FOR INVESTIGATION OF … MATHEMATICAL MODELLING OF FERRORESONANCE FOR INVESTIGATION OF FERRORESONANCE CURRENTS Daha çox Əlaqəli məqalələr(Google)
Calculation method and results of electricity production by solar photoelectrical devices for the Azerbaijan climatic zones	book /Cild: 20 /N: 6 səh: 6-6	AM Hashimov, RS Madatov, NA Safarov, GM Ahmadov	2	2003	Full Text: In the article calculation results … Full Text: In the article calculation results and method of electricity production by solar photoelectrical devices with various constructions in the Azerbaijan climatic zones are presented. Taking into account the sharp change of solar radiation for the cold and warm periods, the monthly distributions of electricity production are calculated for each module and climatic zone Daha çox Əlaqəli məqalələr(Google)
Frenkel effect in thin film semiconductor-polymer based composites	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 61 səh: 244-252	AM Hashimov, TK Nurubeyli, GN Mammadova, SM Ahadzade, KA Asgarov	10	2024	In the article, the influence of the … In the article, the influence of the Frenkel effect, in other words, the electrical conductivity of nonlinear resistances, on the shape of the potential barrier formed between two semiconductor crystallites in semiconductorpolymer composite varistors was studied. Also, the value of the Frenkel coefficient and the shape of the potential barrier were determined. In Si-polymer-based composites, the value of electrical conductivity was calculated, and graphs of the dependence of the electrical conductivity on the intensity of the electric field were constructed. It is known from the parameters established in the Poole-Frenkel coordinate that the dependence corresponds to the Poole-Frenkel theory of thermofield ionization. Also, using this dependence, the value of the Frenkel coefficient was found. Conductivity mechanisms in Si-polymer based composites have been studied. Based on the results obtained, the features of heat transport in the studied samples are explained within the framework of the following models: Schottky emission in the high temperature region, tunnel field emission in large gaps and the mechanism of heat transfer from traps at low temperatures. In this case, different mechanisms of heat transfer change in different temperature ranges and at different values of electrical work. Knowing the shape of the potential barrier in composites, it is possible to determine the spatial distribution of charges near dopant centers or traps. Taking this into account, the forms of potential fences, which allow us to evaluate the parameters of the catchment centers (traps) of cargo carriers, have been determined. It is known that the increase in the percentage of the … Daha çox Əlaqəli məqalələr(Google)
Novel Single Perovskite Material for Visible‐Light Photocatalytic CO2 Reduction via Joint Experimental and DFT Study	Small /Cild: 21 /N: 2 səh: 2407206	Arif Hashimov, Ulkar Samadova, Amil Aligayev, Pir Muhammad Ismail, Min Liu, Ulviya Safarzade, Ilhame Zakiyeva, Syeda Sughra Rabbani, Habib Khan, Qing Huang, Xiaoqiang Wu, Li Zhong, Fazal Raziq, Jiabao Yi, Pengfei Xia, Liang Qiao	4	2025	Developing advanced and economically viable technologies for … Developing advanced and economically viable technologies for the capture and utilization of carbon dioxide (CO2) is crucial for sustainable energy production from fossil fuels. Converting CO2 into valuable chemicals and fuels is a promising approach to mitigate atmospheric CO2 levels. Among various methods, photocatalytic reduction stands out for its potential to reduce emissions and produce useful products. Here, novel perovskite ZnMoFeO3 (ZMFO) nanosheets are presented as promising semiconductor photocatalysts for CO2 reduction. Experimental results show that ZMFO has a narrow bandgap, exceptional visible light response, large specific surface area, high crystallinity, and various surface‐active sites, leading to an impressive photocatalytic CO2 reduction activity of 24.87 µmolg−1h−1 and strong stability. Theoretical calculations reveal that CO2 conversion into CO and CH4 on the ZMFO surface … Daha çox Əlaqəli məqalələr(Google)
Placement of controlled shunt reactors in 330 kV electrical networks and study of their operating modes	E3S Web of Conferences / EDP Sciences /Cild: 584 səh: 01019	Arif Hashimov, Huseyngulu Guliyev, Aytek Babayeva	1	2024	The improvement of the method for selecting … The improvement of the method for selecting shunt reactors based on instantaneous power in order to eliminate a surplus of reactive power created by the charging capacities of power transmission lines in 330-500 kV elelctrical networks of the power system is considered. Based on the proposed method, the performance of controlled shunt reactors located in priority 330 kV nodes of a real power system is superficially described and their operating modes are studied. As a result of the study, in accordance with changes in the modes of shunt reactors in real time, the voltage in the 330 kV buses is maintained in a stable and acceptable range, as well as the increase in the voltage stability of the power system. Daha çox Əlaqəli məqalələr(Google)
Mathematical Elimination of Spectral Interferences in Natural Waters by Inductively Coupled Plasma Mass Spectrometry	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 48 səh: 105-109	AM Hashimov, Kh N Ahmadova, KZ Nuriyev, ZK Nurubeyli, SI Hasanova, TK Nurubeyli, OE Imamverdiyev	7	2021	The main characteristics of an inductively coupled … The main characteristics of an inductively coupled plasma mass spectrometer are investigated. It has been shown that the device has several significant limitations due to the complex emission spectra of many elements and the associated numerous spectral interferences. It was revealed that it is possible to correct the spectral interference using the mathematical method, as well as eliminate them by changing the setting in the mass spectrometer with inductively coupled plasma. Optimal conditions are considered that provide a significant reduction or elimination of spectral interference using the device tuning. Daha çox Əlaqəli məqalələr(Google)
Productivity Comparison Of Different FACTS And DR To Enhance Technical Indicators And Economical Operation Of Grid	2020 International Conference on Electrical, Communication, and Computer Engineering (ICECCE) / IEEE səh: 1-6	AM Hashimov, NR Rahmanov, MR Shadmesgaran	1	2020	At the present circumstances, inadequate development of … At the present circumstances, inadequate development of electricity in generation and transmission sectors to meet growing demand, emphasizes the need to utilize the maximum capacity of existing systems. The main purpose of this study is to evaluate the efficiency of series and parallel FACTS devices as well as DR program in optimizing multi-objective function and comparing them to improve technical and economic indices to reach the maximum capacity of existing systems. To achieve this goal, the performance of different compensator devices in improving technical indicators and optimizing the multi-objective function is compared. Accordingly, considering the importance of economic indicators, optimization of economic multi-objective functions is performed. For the technical multi-objective function, among the important indicators, loss reduction, system stability improvement and system loadability … Daha çox Əlaqəli məqalələr(Google)
A procedure for placing shunt reactors in high-voltage networks and justification of its efficiency	Energy Systems Research / Федеральное государственное бюджетное учреждение науки «Институт систем энергетики им. ЛА Мелентьева Сибирского отделения Российской академии наук» /Cild: 3 /N: 1 (9) səh: 70-78	Hashimov Arif, Guliyev Huseyngulu, Babayeva Aytek, Ibrahimov Famil Shamil	1	2020	In recent years, the controlled shunt reactor … In recent years, the controlled shunt reactor (CSR), a type of FACTS device, has been widely used to regulate voltage and reactive power flows in the high- voltage electrical network. The selection of location and the determination of the law of CSR control under the stochastically variable operation of high-voltage power transmission lines are associated with numerous technical and economic factors. At the same time, one should take into account such limiting conditions as ease of use, performance, purpose, and location in the system, as well as the time of commissioning. In the proposed procedure, these factors are considered as fuzzy constraints.The paper proposes a procedure for CSR placement in the 330 kV electrical network of the “Azerenergy” system for control of reactive power flows, given the mentioned fuzzy constraints. The obtained simulation results demonstrate the advantage of the proposed procedure. The computational experiments confirm the CSR efficiency. Daha çox Əlaqəli məqalələr(Google)
Geotechnical And Space Data Fittings In Environmental Studies	International Journal on Technical and Physical Problems of Engineering /Cild: 21 /N: 6 səh: 98-101	AM Hashimov, RB Rustamov, SR Rustamova, BN Aliyeva	1	2014	There is no doubt that investigation of … There is no doubt that investigation of soil is an excellent data source in use and application of space technology advance. Space data processing demands filed measurements and integrations of those into process as the main part of full stage. It has to be reliable evidence of high accuracy of conducted investigation of selected area. For this reason geotechnical data is one of the best way of use in space data processing. It relates in study of environmental aspects with use of achievements in space science and technology. Achievements in information systems, satellites imaging systems and improved software technologies have led to opportunities for a new level of information products from remote sensed data. The integration of these new products into existing response systems can provide a wide range of analysis tools and information products on the base of developed geographical information system (GIS). Using the higher resolution of space imagery and change detection analysis natural disaster awareness and damage assessment can be conducted rapidly and accurately. The paper is offering the assessment of environmental conditions been subjected to oil pollution of soil and water in some selected areas of Absheron peninsula of Baku, Azerbaijan. Soil pollution was graded into five conditions from low value of oil contamination to very high. At the beginning stage field data was collected and reflected in the map by grades indicated above. The polluted soil sections were coordinated and integrated with the space image used for further processing. The method has been applied for a wide area impacted by oil contamination that … Daha çox Əlaqəli məqalələr(Google)
Methods of Improving Superconductive Fault Current Limiting Devices in Power Engineering.	Electronics & Electrical Engineering /Cild: 19 /N: 3	AM Hashimov, SI Hasanova, AS Bondyakov, Ahmet Nayir, SA Kazimov	1	2013	Superconducting fault current limiter is a fundamentally … Superconducting fault current limiter is a fundamentally new type of device that has no direct analogue among the traditional electrical equipments. The basis of most of its variety, subject to intensive research in the world, is based on the principle of transition-temperature superconductors in the resistive (normal) condition when the current extended, flowing through the superconducting fault current limiter, above defined value. The problem of scaling on superconducting power of current-limiting transformer-type device has been investigated. Opportunities of increasing nominal power of such device based on experiments and calculations have been proposed. Daha çox Əlaqəli məqalələr(Google)
Modeling And Control Of Distributed Generation Systems Including Wind And Gas Turbine On Azarbaijan Electric Network	International Journal on Technical and Physical Problems of Engineering səh: 38-47	A Hashimov, F Fattahi, N Rahmanov	1	2009	This paper concentrates on the modeling and … This paper concentrates on the modeling and simulation of DG systems including wind and gas turbine for damping of oscillation of power and voltage of Azarbaijan Electric Network in during of short circuit and unbalance situation. The Fuzzy Logic controller is designed using the MATLAB Fuzzy Logic toolbox. Distribution test system including a load, a wind turbine and a gas turbine connected to power grid is simulated using MATLAB/SIMULINK software. Of course the accuracy of the presented model and the proposed multivariable supplementary fuzzy controller are deduced from the simulation results. Daha çox Əlaqəli məqalələr(Google)
Structure-Property Relationships in Linear Polymers	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 58 səh: 164-170	AM Hashimov, KB Gurbanov, NM Tabatabaei, LC Suleymanova, ZA Taghiyeva, SA Huseynova, VM Hajiyeva, SS Ahadova	4	0	In the article, an overview of the … In the article, an overview of the electrical and mechanical strength of the upper molecular structure of polymer systems is described. At the same time, information about the results obtained from the investigation of the relationships between" upper molecular structure-property" was given. As a result of the research, it was determined that the important electrical and mechanical properties of polymer systems depend to a significant extent on the upper molecular structure formed on the macromolecules of the materials. High-density polyethylene, polypropylene and polyvinylidene fluoride materials, produced in different technological modes, having a chemical linear structure and therefore crystallizing, were used in the research. In the case of samples of polyethylene materials, in the case of other polymers with spherulite and fibrillar upper molecular structures, only samples with a spherulite structure were studied. It was determined that electrical and mechanical strength are characterized by higher indicators in materials with small geometric dimensions of structural elements and, therefore, a high degree of primacy. In terms of the mechanical strength of the studied polymers, the optimal variants of the technological modes of sample preparation were determined. Daha çox Əlaqəli məqalələr(Google)
Research of characteristics of electrical discharges in water medium under the action of high-voltage pulses	International Journal on Technical and Physiscal Problems of Engineering (IJTPE) /N: 36 səh: 24-29	AM Hashimov, KB Gurbanov, EJ Gurbanov	1	0	In this article, the characteristics of highvoltage … In this article, the characteristics of highvoltage impulse discharges in water (discharge delay time, water-breakdown time, distribution of potential and field strength in the discharge gap, etc.) are investigated when treated medium is exposed to effect of short duration-high pulsed voltage. It is shown that parameters of energy source (pulse amplitude, polarity, electric field intensity) and treated medium itself (electrical conductivity) effect on discharge characteristics in water, such as leader’s occurrence time, their rate and energy released in channel, In article measuring technique of characteristics of electric field (potential distribution at the head of leaders, field intensity) by special probes is presented. It is established that at low voltages, due to sharp distortion of electric field around “pin” electrode as a result of electrolysis processes on negative pulse polarity, leader’s occurrence time is less than on positive one. It is shown that with increase in positive pulse amplitude in comparison with negative one, because of amplification of electric field in whole interelectrode distance, high-speed processes of various nature in water medium are taken place. Daha çox Əlaqəli məqalələr(Google)
Effect of Magnetic Multi-Layer to Resistive Properties of Frequency-Dependent Resistor	The 3rd International Conference on Technical and Physical Problems in Power Engineering (ICTPE-2006) səh: 604-606	AM Hashimov, NR Babayeva, TR Mekhtiyev	1	0	Effect of magnetic multi-layer coated to the … Effect of magnetic multi-layer coated to the surface of frequency-dependent resistor to distribution of current’s density through its section has been investigated. It has been shown that use of magnetic multi-layer increases suppression of highfrequency constituents flowing through resistor of electric current. Daha çox Əlaqəli məqalələr(Google)
ELECTRIC PROPERTIES OF THIN FILM COMPOSITES ON THE BASIS OF SILICON AND POLYVINILDENFTORYDE	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 4 səh: 79-81	AM Hashimov, Sh M Hasanli, AY Imanova, SI Mamedova	1	0	In this paper volt-ampere characteristics and electroconductivity … In this paper volt-ampere characteristics and electroconductivity of the composites on the basis of silicon and polivinildenftoryde have been investigated. Values of concentration of the ionized centres, length of free run of charge carriers, value of coefficient of Frenkel, and also the form of potential holes have been defined. Daha çox Əlaqəli məqalələr(Google)
Analysis of Ferroresonance Processes at Open-Phase Operating Conditions of Transmission Lines: Computer Modelling	TPE’06 3rd International Conference on Technical and Physical Problems in Power Engineering səh: 97-99	AM Hashimov, AR Babayeva, Ahmet Nayir	1	0	Proposed equations allow to make calculation of … Proposed equations allow to make calculation of ferroresonance processes and their suppression in double-circuit lines at open faults as well as perform computer modelling of ferroresonance overvoltages. Daha çox Əlaqəli məqalələr(Google)
Intelligent Power Supply of Industrial Plants	International Journal on Technical and Physical Problems of Engineering (IJTPE) /N: 12 səh: 149-151	AM Hashimov, FT Rzayev, TH Dostalizade	1	0	Fast growing of quantity industrial plants requires … Fast growing of quantity industrial plants requires more of electric power supplies. This in turn leads to the necessity to increase efficiency of quality of power supplies within the plant. Intelligent power supply systems serve that goal by assisting to enhance controls of power distribution and its quality. This paper considers functions of the intelligent power supply system, its advantages and benefits of its use viewed through various facets, such as power management, protection, safety, security, environmental protection, cost effectiveness and sociality. Daha çox Əlaqəli məqalələr(Google)
Numerical and Experimental Studies of Ferroresonant Overvoltage in High-Voltage Networks	TPE’06 3rd International Conference on Technical and Physical Problems in Power Engineering səh: 29-31	AM Hashimov, SI Hasanova, YV Dmitriyev, Kh M Akhmedov	1	0	The analysis of the ferroresonant overvoltage in … The analysis of the ferroresonant overvoltage in major networks revealed that in spite of the significant numbers of researches carried out (in line with the above given principles), at present non of them does relate to synchronous restriction of the overvoltage but is defined by condition of characteristics selection of the ferroresonant overvoltage limitating devices. Daha çox Əlaqəli məqalələr(Google)
A Platform for Basic Science and Innovation in Sustainable Development	Foundations of Science for Sustainable Future səh: 411	Arif Hashimov, Rustam B Rustamov	0	2024	The UNESCO between July 2022 and July … The UNESCO between July 2022 and July 2023 with collaboration global partners has celebrated International Year of Basic Sciences for Sustainable Development where recognizes that basic sciences are vital to achieving sustainable development and improving the quality of life for people around the World. In this regard, it was considered by the National Academy of Sciences of Azerbaijan reform in the system of innovative economy and organization of science: transition from classical projects to system projects. In this chapter is considered options of approach how basic science can be play important place in the future science development [1]. In the meantime, it is necessary to create appropriate environment for enhancement capacity building in basic science which has to be undertaken for future science jumping for achievement of high results. Daha çox Əlaqəli məqalələr(Google)
Discover Electronics	book	Arif Hashimov, Rashad Huseyn, Ali Shokri, Herbert Mukalazi	0	2024	The nature of the transient process and … The nature of the transient process and the magnitude of the overvoltages are determined by a large number of factors in the HV/EHV AC transmission networks. The paper presents the study of mathematical modelling of electromagnetic wave processes in long-distance electric transmission line (ETL). The mathematical model is based on electromagnetic processes occurring on distributed parameter lines that are characterized by specific derivatives of the system of differential equations. The application of a spline-interpolation technique enables the calculation of currents and voltages at the nodes of the scheme, which obtains the unknown coordinates of the overhead line mode at the beginning of the ETL to solve the transmission line equation. The following results are derived from computer simulations of transients during switching on. With a simulation model, the importance of intelligent control of shunt reactor (SR) and ungrounded reactor (UR) was demonstrated and considered for a 500 kV power networks. Daha çox Əlaqəli məqalələr(Google)
Cluster aggregation OF Ni1-xZnxFe2O4 ferrospinels	Journal of Magnetism and Magnetic Materials / North-Holland /Cild: 587 səh: 171326	AM Hashimov, TR Mehdiyev, SH Jabarov, Sh N Aliyeva, SE Kichanov, AV Rutkauskas, IF Yusibova, Kh N Ahmadova	2	2023	Using atomic force microscopy and small-angle X-ray … Using atomic force microscopy and small-angle X-ray scattering, fractal-cluster formations ranging in size from 4 to 21 nm were detected in all compositions of nickel-zinc ferrospinels. The obtained fractal dimension for the observed aggregates indicates that the reaction-limited mechanism of cluster aggregation is realized in the studied system of ferrospinels, and the existence of larger crystal aggregates is explained within the framework of the neutral charge model due to a decrease in electrostatic forces between clusters. Considering that the layered quasi-two-dimensional aggregate has a fractal dimension closer to two, it is assumed that the formation of three-dimensional aggregates occurs as a result of magnetic interaction between primary nanoparticles. Daha çox Əlaqəli məqalələr(Google)
Radiative transitions in ni1-xznxfe2o4 nanopowders	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 13 /N: 3 səh: 99-104	AM Hashimov, TR Mehdiyev, IF Yusibova, SN Aliyeva, AA Sadigova	0	2021	Əlaqəli məqalələr(Google)
Development of electrically durable working chambers, excluding spark breakdown during pulsed treatment of liquid mediums	International Journal on Technical and Physical Problems of Engineering / International Organization on'Technical and Physical Problems of Engineering' /Cild: 13 /N: 2 səh: 112-117	AM Hashimov, KB Gurbanov, HA Mammadov, EJ Gurbanov, MB Namazov	0	2021	This article is devoted to energy-efficient and … This article is devoted to energy-efficient and environmentally friendly methods of treatment liquid mediums, including fluid food products, using highvoltage impulse exposure on treated object and elaboration of working chambers with long-term electrical strength to achieve this goal. At the same time, such factors as development of generators of high-voltage pulses of nanosecond duration, corresponding electrode system, excluding spark breakdown in the treated medium, active effect of pulse fields on the membrane of microorganisms, contained in the food product, ensuring long-term storage of products and preserving their biological value are taken into account. All these factors are considered in this article and calculation and coordination of parameters of energy source and treated medium, design of working chamber, excluding spark breakdown of the water gap, is given. This technology can serve as the basis for electro pulse treatment of water-containing mediums with strong electromagnetic fields instead of existing more energyintensive and environmentally unsafe methods. Daha çox Əlaqəli məqalələr(Google)
MATHEMATICAL MODELLING OF ELECTROMAGNETIC WAVE PROCESSES IN INTER-SYSTEM LINKED POWER INTERCHANGE	change /Cild: 1 səh: 2	AM Hashimov, RN Huseyn	0	2020	The capacity increase of 330 kV high … The capacity increase of 330 kV high voltage double circuit transmission lines for inter-system linked power interchange and transit, improvement of transit capabilities, setup of a power bridge for delivery of 400 kV high voltage double circuit power transmission to other distances via direct current converter substations to optimize connections between power systems make it possible to integrate directly into the electric power market. Daha çox Əlaqəli məqalələr(Google)
Development of high-voltage barrier discharge reactor for integrated electronic treatment of dispersed dielectric bodies in technological process of composite insulating products	ICTEA: International Conference on Thermal Engineering /Cild: 1 /N: 1	Arif Hashimov, Elchin Gurbanov, Havar Mammadov, Manafaddin Namazov, Kamil Gurbanov	0	2020	The article is devoted to development of … The article is devoted to development of constructive and computational model of high-voltage barrier discharge reactor with alternating and pulsed voltage for complex electronic treatment of dispersed fiberglass bundles in technological process of manufacturing fiberglass products. In treatment process the surface energy of materials, adhesion at the interface between their components and, accordingly, breakdown voltage and electric strength is increased. It is shown that complex electron treatment leads to improved electro physical properties of materials, which is associated with increase in adhesion forces at “fiber-binder” interface, decrease in number of gas inclusions in material volume and, accordingly, an increase in dielectric strength of the finished product. Daha çox Əlaqəli məqalələr(Google)
Application of strong pulse electric fields for disinfecting of the water mediums	Bulletin of the American Physical Society / American Physical Society /Cild: 60	Arif Hashimov, Elchin Gurbanov	0	2015	TF1. 00008: Application of strong pulse electric … TF1. 00008: Application of strong pulse electric fields for disinfecting of the water mediums Daha çox Əlaqəli məqalələr(Google)
Application of Electrophysical Processes for Solution of Ecological Problems of Power Generation Systems	Электронная обработка материалов / Институт прикладной физики Академии наук Молдовы /N: 3 səh: 99-103	HJ Huseynov, AM Hashimov, KB Gurbanov, IH Zekiyeva	0	2014	In this article, removal of H2S from … In this article, removal of H2S from natural gas, sulphur compounds from mazout and hazardous components from fume by using adsorption processes under effects of strong electric fields and gas discharges is described. Daha çox Əlaqəli məqalələr(Google)
The desorption processes in the conditions of electrical discharges effect; Elektrik qazboshalmalarynyn tesiri sheraitinde desorbsiya prosesi	Izvestiya Akademii Nauk Azerbajdzhanskoj SSR, Seriya Fiziko-Tekhnicheskikh i Matematicheskikh Nauk (Azerbaijan) /Cild: 32	AM Hashimov, KB Qurbanov, NC Huseynov	0	2012	Full text : The results of research … Full text : The results of research processes of desorption of gases from a surface of a solid adsorbent-natural zeolite in the conditions of electrical discharges effect have been introduced. It has been shown that desorption process has been effectively stimulated by the discharge effect. Daha çox Əlaqəli məqalələr(Google)
Explosive Processes on Cathode while Forming Nanosecond Pulsed Discharge of High Pressure	ENERGETIKA. Proceedings of CIS higher education institutions and power engineering associations /N: 2 səh: 17-22	AM Hashimov, RN Mekhtizadeh, АS Bondyakov, Sh A Kazimov	0	2012	The paper is devoted to research of … The paper is devoted to research of cathode surfaces with different curvature radius (r= 1–8 mm) while forming nanosecond pulsed discharge in dense air. Influence of field and air pressure heterogeneity rate in gas gap on size of micro-craters being formed on working cathode surface after pulsed effect has been shown in the paper. The paper reveals a maximum expansion of separate micro-crater size on cathode surface with small curvature radius. Daha çox Əlaqəli məqalələr(Google)
The desorption processes in the conditions of electrical discharges effect	book /Cild: 32 /N: 2 səh: 79-82	AM Hashimov, KB Qurbanov, NC Huseynov	0	2012	Full text: The results of research processes … Full text: The results of research processes of desorption of gases from a surface of a solid adsorbent-natural zeolite in the conditions of electrical discharges effect have been introduced. It has been shown that desorption process has been effectively stimulated by the discharge effect Daha çox Əlaqəli məqalələr(Google)
Azerbaijan National Academy of Sciences. v. LXV (3); Meruzeler. Azerbaycan Milli Elmler Akademiyasi	book	AM Hashimov, MK Karimov, AA Alizadeh	0	2009	This reports collection contains many scientific and … This reports collection contains many scientific and research works being done by scientists of National Academy of Science. Also there were some scientists from another countries, who took an active part in conducting of some experiments, analyzing the results and making the conclusions of the experiments. Daha çox Əlaqəli məqalələr(Google)
Relative ion yield of various level of ionization in the laser mass-spectrometric analysis of the solids; Otnositelniy vykhod ionov razlichnoy stepeni ionizatsii pri lazernom …	Izvestiya Akademii Nauk Azerbajdzhanskoj SSR. Seriya Fiziko-Tekhnicheskikh i Matematicheskikh Nauk /Cild: 27	AM Hashimov, KZ Nuriyev, ZK Nurubeyli	0	2007	The relative output of one, two and … The relative output of one, two and more multiple charged ions has been explored at the laser mass-spectrometric analysis of solid states. it was shown that the intensive lines have been observed at a high level of density flux of radiation belonging to two and more multiple charged ions. At diminution of the flux density of radiation the relative output of the singly charged ions was incremented. Also it was investigated polyatomic ions of the laser plasma scattered from a surface of a polymeric dielectric. It was shown, that the probability of the polyatomic ions output was more, than the quantity of atoms in a molecule is less. Daha çox Əlaqəli məqalələr(Google)
Artifical Excitation of Ferro-Resonance for Testing Electrotechnical Equipment in Distribution Devices with Increased Voltage	ENERGETIKA. Proceedings of CIS higher education institutions and power engineering associations /N: 5 səh: 19-29	AM Hashimov, Ye V Dmitriev, SI Hasanova	0	2006	On the basis of the developed device … On the basis of the developed device for protection against of ferro-resonant and high-frequency cumulative over-voltages an algorithm for obtaining a voltage imitating ferro-resonant over-voltages is proposed in the paper. This algorithm presupposes to apply a voltage to the secondary transformer side from an extraneous source is proposed. Daha çox Əlaqəli məqalələr(Google)
SOCIETY OF MANUFACTURING ENGINEERS	book	AM Hashimov, Sh M Hasanli, RN Mehtizadeh, Sh M Azizova, Kh B Bayramov	0	2006	Əlaqəli məqalələr(Google)
Features of electrophysical characteristics of the ceramics and polymer based composites	Technical Paper-Society of Manufacturing Engineers	SM Azizova, AM Hashimov, RN Mehtizadeh, SM Hasanli, KB Bayramov	0	2006	Features of electrophysical characteristics of the ceramics … Features of electrophysical characteristics of the ceramics and polymer based composites КОРЗИНА ПОИСК НАВИГАТОР ЖУРНАЛЫ КНИГИ ПАТЕНТЫ ПОИСК АВТОРЫ ОРГАНИЗАЦИИ КЛЮЧЕВЫЕ СЛОВА РУБРИКАТОР Начальная страница СЕССИЯ КОНТАКТЫ ИНФОРМАЦИЯ О ПУБЛИКАЦИИ eLIBRARY ID: 27918227 FEATURES OF ELECTROPHYSICAL CHARACTERISTICS OF THE CERAMICS AND POLYMER BASED COMPOSITES HASHIMOV AM* 1 , HASANLI SM 1 , MEHTIZADEH RN 1 , AZIZOVA SM 1 , BAYRAMOV KB 1 1 Institute of Physics, Azerbaijan National Academy of Sciences, Baku Тип: статья в сборнике трудов конференции Язык: английский Год издания: 2006 ИСТОЧНИК: TECHNICAL PAPER - SOCIETY OF MANUFACTURING ENGINEERS Сер. "SME Technical Papers - 3rd Quarter 2006" 2006 КОНФЕРЕНЦИЯ: БИБЛИОМЕТРИЧЕСКИЕ ПОКАЗАТЕЛИ: … Daha çox Əlaqəli məqalələr(Google)
Fizika-2005. Proceedings	book	A Mekhtiyev, A Hajiyev, A Hashimov	0	2005	Full text: 574 scientists from the following … Full text: 574 scientists from the following countries took part at the International Conference, organized by Institute of Physics of Azerbaijan National Academy of Sciences: Azerbaijan, Turkey, Georgia, Russia, Ukraine, Moldova, French, Japan, Canada, Iran, USA. 250 reports were presented during this conference. The activity was conducted in 9 sections. Section 1 was devoted to consideration of elementary particles, physics of cosmic rays and progress in nuclear technology. Section 2 was devoted to kinetic phenomena in solids and material science in electronic engineering. Section 3 was devoted to physics of low-dimensional and disordered systems. Section 4 was devoted to progress in physico-technical and technological of power engineering. Section 5 was devoted to physico-technical problems of electromagnetic and acoustooptical processes in semiconductors and dielectrics. Section 6 was devoted to physical, technical and technological foundations of solar photopower engineering. Section 7 was devoted to physical foundations of luminescence and luminescent materials with superior figures of merits . Section 8 was devoted to physical foundations of electronic converters, advanced methods in experimental spectroscopy. Section 9 was devoted to consideration of physical terminology updates. Daha çox Əlaqəli məqalələr(Google)
Development of complex clearing of polluted water	Physics-2005. Proceedings səh: 425-427	AM Hashimov, KB Gurbanov, VA Aliyev, MA Gasanov	0	2005	Full text: It is offered clearing technology … Full text: It is offered clearing technology of polluted water in consequence of malevolent acts or waste water. The given method is based on results of research adsorptive-clearing of the polluted waters at used natural zeolite-clinoptiolite from Tauz deposite in Azerbaijan. New technology consists that with the purpose of increase adsorptive ability of natural zeolites was carried out their activation with processing in the barrier type electric discharge or hot hydrochloric acid. It is possible to keep activated adsorbents during long time without appreciable loss of ability to clearing of polluted water. According to the offered new filtration technology multicomponent waste water is completely cleared as of metals and other contaminants Daha çox Əlaqəli məqalələr(Google)
OPTIMIZATION OF ANALYTICAL ACCURACY IN ANALYSIS OF METALS IN BIOLOGICAL SAMPLES BY ICP-MS USING AN ARTIFICIAL MATRIX	book	AM Hashimov, TK Nurubeyli, NS Jafar	5	0	This article explores the use of Inductively … This article explores the use of Inductively Coupled Plasma Mass Spectrometry (ICP-MS) for determining metals in biological samples using an artificial matrix based on KCl. It highlights the challenges posed by matrix effects in complex matrices like blood and presents a method to compensate for these effects. The study details the selection and preparation of the artificial matrix and the optimization of analysis conditions. Results show that adding KCl as an artificial matrix improves analytical accuracy and reduces the need for multiple internal standards. This approach extends ICP-MS capabilities for material quality monitoring in fields such as oil and gas, environmental engineering, and precision industries. The use of internal standards for compensation is complex, as the selection criteria for these elements are not always clear. To reduce nonspectral interference, the study suggests optimizing sample preparation. Blood samples were diluted 50 times before analysis using a mass spectrometer with a heliumfilled collision cell, which maintained matrix effects. The study found that ionization of analytes and internal standards was similarly inhibited in both blood samples and calibration standards, improving accuracy and reliability. This research opens new perspectives in analytical methodology and highlights the importance of artificial matrices in overcoming matrix effects in metal analysis in blood. Daha çox Əlaqəli məqalələr(Google)
THE NONLINEAR LOGIC THEORY APPLICATION FOR LIGHTNING SAFETY IN POWER ENGINEERING OBJECTS	book	AM Hashimov, HB Guliyev, FL Khidirov, RB Rustamov	0	0	As far as known the lightning is … As far as known the lightning is a powerful natural electrostatic discharge produced during a thunderstorm, which is highly powerful source with a strong consequences for the nature and all features around. Lightning's abrupt electric discharge is accompanied by the emission of visible light and other forms of electromagnetic radiation. The electric current passing through the discharge channels rapidly heats and expands the air into plasma, producing acoustic shock waves (thunder) in the atmosphere. It has been analyzed the lack of characteristics of tradition methods for assessment of lightning discharge parameters within the circumstance of the realistic information environment of raising of effectiveness for power supply objects. In the meantime, an application of nonlinear logic paradigm of the Soft Computing theory is substantiated. A possession function and their appropriate value of parameters within defined interval for termmajority of lightning parameters (the value of lightning current and front sharpness) are provided. Daha çox Əlaqəli məqalələr(Google)
ELECTRIC DISCHARGE METHODS IN REMOVAL OF HEAVY METAL IONS FROM INDUSTRIAL WASTEWATER	book	AM Hashimov, SI Hasanova, IH Zakiyeva Zaimoghlu, UF Samadova, AK Aligayev	0	0	Economic development and industrialization have consistently led … Economic development and industrialization have consistently led to significant environmental challenges, particularly in the form of heavy metal contamination in industrial wastewater. The removal of toxic heavy metals from wastewater has become a critical global concern. Industrial effluents containing hazardous metals such as Fe, Hg, Cr, Co, Ba, Mn, As, Cu, Cd, Ni, Pb, and Zn pose substantial risks to both aquatic and terrestrial ecosystems, contributing significantly to environmental degradation. When untreated, these effluents exacerbate the contamination of water bodies and ecosystems. Consequently, there is a pressing need to effectively eliminate these toxic, non-biodegradable metal ions from industrial effluents. Over the past several decades, extensive research has focused on developing efficient and cost-effective methods for heavy metal removal. Traditional approaches, including chemical precipitation, ion flotation, ion exchange, coagulation, and electrochemical treatments, are commonly employed for this purpose. However, these methods have notable limitations, such as the generation of precipitates requiring additional processing, low removal efficiencies, and high operational costs. In response to these challenges, innovative, cost-efficient, and environmentally sustainable technologies are being introduced to enhance wastewater treatment processes. This includes the modernization of treatment plants and the incorporation of water-saving technologies. Among the emerging techniques, high-voltage activation via electrical discharge has gained significant attention due to its potential to improve the adsorption efficiency of … Daha çox Əlaqəli məqalələr(Google)
Modeling Schemes and Modes of Hybrid Off-Grid System with Renewable Energy Sources for Typical Remote Locations	Available at SSRN 5073911	Arif Hashimov, Aynur Mahmudova, Nariman Rahmanov, Zaur Mammadov	0	0	In recent years, the problem of social … In recent years, the problem of social and economic development of rural regions and many remote settlements has become important for the transformation of the electric power industry. The continuous population growth leads to the necessity of wide application of local renewable energy resources for power supply in remote areas. Considering geographical and climatic conditions, various combinations with traditional sources such as diesel generators have been proposed for remote areas. Nowadays, the existing types of renewable energy sources, solar PV and wind power WT installations are the most widely developed, which is largely achieved using energy storage devices. The integrated operation of PV and WT sources with an integrated system of electric energy storage devices to the greatest extent creates conditions for continuous operation of an autonomous power supply system of remote places. The purpose of this paper is to improve the efficiency and reliability of the power supply system of a remote settlement with a structured two-way system, in which as the main sources used are PV, connected to the DC subsystem, WT connected to the AC network, with integrated corresponding batteries and a diesel generator that performs as the function of back-up in the subsystem Daha çox Əlaqəli məqalələr(Google)
Physical and Chemical Properties of Solid Solutions Based on CuInSe2-FeSe	book	Arif Hashimov, Shamistan Hasanli, Ulker Samedova, Azer Amirov, Niyazi Mursakulov	0	0	The great interest in CuInSe2 and solid … The great interest in CuInSe2 and solid solutions on their basis developed among researchers nowadays is due to the fact that they are perspective materials for manufacturing of light diode solar elements and devises for nonlinear optics. The insertion of transitional elements into the structure of CuInSe2 can intensively influence the properties of materials, for example, change the width of band gap. However, information about the compatibility between transitional metals and CuInSe2 given by periodic literature is insufficient [1-3]. According to literary data the structural positions of indium in chalcopyrite can easily be replaced by iron ions, and in this connection there is a strong probability of the formation of solid solutions in CuInSe2-FeSe. The purpose of the present work is the synthesis of solid solutions in the (CuInSe2) 1-x (FeSe) x system, as well as composite thin-film resistors based on (CuInSe2) 1-x (FeSe … Daha çox Əlaqəli məqalələr(Google)
ASSESSMENT OF PROBABILITY DISTRIBUTION SEQUENCE FOR VOLTAGE STABILITY IN A POWER SYSTEM WITH A LARGE SHARE OF RENEWABLE SOURCES INTEGRATION WITH VARIABLE POWER	book	AM Hashimov, NR Rahmanov, AZ Mahmudova, JMB Morillo	0	0	The traditional energy infrastructure has been gradually … The traditional energy infrastructure has been gradually modernized with renewable energy and microgrid technologies, leading to widespread generation. However, renewable energy sources cannot produce large amounts of inertia, requiring more sophisticated stability considerations. To study voltage stability in renewabledominated power networks with wind turbines, PV panels, and distributed energy sources, appropriate explanatory approaches are necessary. This article proposes a probabilistic approach to determine voltage stability limits in a power system incorporating distributed generation systems with renewable sources and variable generation. The method involves repeatedly solving constant regime equations for a range of wind power capacities corresponding to average wind speed fluctuations. The sequential loading method determines the limit of initial data of power generation through the PV function, which corresponds to the maximum power transfer through the controlled part of the power system network. Modelling on IEEE test diagrams and a real power system showed that this strategy can address issues in operational control during characteristic hours of power generation. The stress limit values estimated for wind speed fluctuations relative to each average wind speed value can assess risks of voltage stability violations in the system, depending on its state (normal circuit, shutdown of main elementsgenerators, lines) and wind speed. Daha çox Əlaqəli məqalələr(Google)
FERRITE NANO-FILMS ON FD-RESISTOR SHELL	book	AM Hashimov, TR Mehdiyev, IF Yusibova, SN Aliyeva, KA Hasanova	0	0	The spectra of micro powders and nano … The spectra of micro powders and nano thin films of Ni1-xZnxFe2O4 ferrospinels in the region of super high frequencies, including terahertz frequencies, have been studied with the aim of their specific practical application in the structure of the shell of a frequencydependent resistor to eliminate high-frequency over voltages in networks and devices in power engineering, electronics, computer systems for receiving/processing information, etc. The interpretation and analysis of the research results confirm the effectiveness of the use of Ni-Zn ferrites as an element of the absorbing shell of a frequency-dependent resistor for filtering high-frequency over voltages that occur in the high and super high frequencies. Daha çox Əlaqəli məqalələr(Google)
Azerbaijan Journal of Physics	book	Arif PASHAYEV, Arif HASHIMOV, Talat MEHDIYEV	0	0	Today, due to its non-invasive nature, optical … Today, due to its non-invasive nature, optical technologies have started to be used more in the field of diagnosis, treatment and surgery in the medical field. Examples of these are clinical functional optical imaging such as spectroscopy and optical coherence tomography, laser surgery and phototherapy devices. For example, visualization of blood vessels and microcirculation, monitoring of blood oxygenation and tissue metabolism, imaging of skin cancer, drug tracking, and micro-vessel and particle distribution in diagnostic; photodynamic therapy (PDT), low level laser therapy (LLLT) and photothermal therapy (PTT) in therapy; In surgery, tissue laser ablation, coagulation and cutting can be given. However, the effective use of these devices in human tissues depends on a good study of tissue-light interactions. In other words, there is a great need for reliable data on the optical properties of human tissues and the prediction of light-absorbed energy distributions. For this reason, many new methods and techniques are being developed and investigated in the field of biomedical optics for the investigation of the optical properties of human tissues [1].In the literature, there are many publications on the determination of optical properties of human and animal tissues such as skin and muscle [2], liver [3], lung [4], kidney [5], heart [6], brain [7], breast [8], blood vessel [9], prostate [10], bowel [11], bladder [12], bone [13] and tumor tissue [14]. Daha çox Əlaqəli məqalələr(Google)
MULTI-STRATEGY OPTIMAL CONTROL FOR COMPENSATING DEVICES IN POWER SYSTEM WITH WIDE RANGE LOAD CONDITIONS	book	AM Hashimov, NR Rahmanov, MR Shadmesgaran	0	0	Lack of development in the manufacturing sector … Lack of development in the manufacturing sector to meet the growing demand for electrical energy highlighted the need for economical use of the ultimate capacity of current systems in different operating conditions. This paper presents a multi-strategy optimization process organized using modern compensation devices including shunt and series FACTS devices, and demand management program. With the aim of achieve the practical optimal solutions, it is necessary to consider the real system conditions in the optimization process. One of the important conditions affecting the behavior of the power system is the nature of the uncertainty of electrical loads. The multi-strategy optimization process allows the study of load uncertainties on the capacity of the compensating devices and demand response programs as well as the associated costs for a wide range of operating conditions. Also, designing and adopting different strategies for selecting suitable multi-objective functions in the proposed optimization process, ensures the simultaneous improvement of technical and economic indicators of the power system in a competitive market. Another important feature of this article is the analysis of data obtained from optimization processes in making the optimal decision foe perfect management of the power grid. Furthermore, in order to strengthen optimization processes evolutionary algorithm is applied to them. Simulation programs are performed in MATLAB and PSAT environments on the standard IEEE 30-bus test network. Daha çox Əlaqəli məqalələr(Google)
Economic Effectiveness of Intelligent Electrical Networks	book	AM Hashimov, EE Novruzova	0	0	The main problem is the development of … The main problem is the development of a theoretical basis of economic efficiency in the economic system of the republic. This theory finds a new direction in the social and natural sciences, such as in chemistry, physics, economics, psychology, and ecology. To achieve optimal results in the power industry, it is necessary to use the performance management method. This method allows you to define strategic goals with optimal use of resources. Smart Grid is a new strategic direction for the development of power grids and the development of new technologies, devices and materials applicable in the field of energy production, automation and computerization of most processes. The listed combination of factors of this work gives a high level of significance in the economic growth and energy-efficient technology of the country. Daha çox Əlaqəli məqalələr(Google)
Determination of the Corona model parameters with artificial neural networks	book	AHMET NAYIR, BEKIR KARLIK, ARIF HASHIMOV	0	0	The aim of this study is to … The aim of this study is to calculate new model parameters taking into account the corona of electrical transmission line wires. For this purpose, a neural network modeling proposed for the corona frequent characteristics modeling. Then this model was compared with the other model developed of Institute of Saint Petersburg Polytechnic. The results of development of the specified corona model for calculation of its influence on the wave processes in multi-wires line and determination of its parameters are submitted. Results of obtained calculation equations are brought for Electrical Transmission Line with allowance for superficial effect in the ground and wires with reference to developed corona model. Daha çox Əlaqəli məqalələr(Google)
CIRCUMSTANCES OF THE INNOVATION AND INNOVATION TECHNOLOGY DEVELOPMENT	book	AM Hashimov, RB Rustamov, SR Rustamova	0	0	It is commitment of any country to … It is commitment of any country to create required environment for successful use of knowledge and capacity in different stage of development. Such of country development can be limited by several factors for instance, access, financial resources and any other circumstance to a new technology. In case of development of the company policies is needed to be undertaken in support of innovation and innovation technology application. The fact is that there is main option to consider of acceptance and proper understanding of the country a new technology than simply focusing of purchase facilities for production. It is important an engagement of all sectors of the business being able to achieve expectations in innovation policies. Innovation and innovation technology is the instrument of economic and social progress. It is the predominant source of: the new or improved products, processes, and methods of marketing and organization that drive the competitiveness of our business sector; generate the income that sustains our standard of living; alter the way we interact with each other and the natural world; and solve (and sometimes create) the technical and social problems we face. The key challenges for most economies–intensifying global competition in product markets, increasing demand for energy and other natural resources, and aging of the workforce–render economic competitiveness transient and easily eroded, potentially compromising the wealth of nations that fail to combat them. In addition, the growing pressure of complex, global challenges, such as climate change and financial system stability, suggests that harnessing the innovative … Daha çox Əlaqəli məqalələr(Google)
FİZİKA 2006 CİLD XΙΙ № 4	book	AM HASHIMOV, TR MEHDIYEV, NR BABAYEVA	0	0	Experimental frequency dependences of the current density … Experimental frequency dependences of the current density distributions over the cross-section of the conducting kernel of the frequency-dependent resistor are presented. It is shown that, one can determine the frequency dependence of the resistor resistance by frequency dependences of the skin-effect in the conducting kernel and magnetic permeability of the ferromagnetic layer. Application of the frequency-dependent resistor allows effectively suppress an influence of the high-frequency wave processes. Daha çox Əlaqəli məqalələr(Google)
FİZİKA 2007 CİLD XIΙΙ № 5	book	AM HASHIMOV, PULSES BY SHORT, ED GURBANOV, IP KUZHEKIN, AS BONDYAKOV	0	0	Present article is devoted to discharge processes … Present article is devoted to discharge processes in solid gases and dielectrics under influence on discharge gap the high voltage nanosecond pulses. Are considered the local and non-local criterions of run off electrons in gases and formation on the discharge gap the powerful electron beams. Are considered a conversion of diffusive volumetrical discharge to constricted discharge on different interelectrode distance and electrodes geometry, the physical processes in solid dielectrics under influence the high voltage nanosecond pulses. It is presented a quantitative correlations between the electrical pulse parameters, dielectrics properties and space-charge characteristics of pulsed discharges. Daha çox Əlaqəli məqalələr(Google)
Technological, Socio-Economic and Ecological Aspects of Space Weather Impacts on the Normal Operation of Oil and Gas Pipeline Systems and Reliability of Electric Power Supply …	book	AM Hashimov, ES Babayev, VG Kuznetsov, NA Yusifbeyli, AB Asgarov, PN Shustarev, FR Mustafa	0	0	In this paper we describe the effects … In this paper we describe the effects of changes of heliogeophysical conditions on oil and gas pipelines and power supply systems and discuss the problem to assist pipeline and power grid operators to manage the potential risks associated with space weather events. Perspectives of studies of space weather effects on operational conditions and ecology of very long pipelines and power distribution systems in Azerbaijan and the South Energy Corridor Region are outlined. Main results of complex investigations on possible impact of geomagnetic disturbances of various strengths on the normal operation of middle-latitude-located electric power supply grids are described. Daily data on power failures and breakdowns that occurred in Azerbaijan and Baku capital city with surrounded big urban area in years of ascending, maximum and descending phases of solar 11-year activity cycle 23 were investigated and … Daha çox Əlaqəli məqalələr(Google)
ABOUT ENVIRONMENTAL CLEANNESS OF THERMAL ELECTRICAL PLANTS HASHIMOV AM, TABATABAEI NM*., MEHDIZADEH RN	book	AM HASHIMOV, TABATABAEI NM	0	0	Results of researches concerning the ecological problems … Results of researches concerning the ecological problems of thermal electrical plants functioning are presented. It is shown that treatment of adsorbents by electrical discharges sufficiently improves the adsorption cleaning of fuel burning products. Daha çox Əlaqəli məqalələr(Google)
THE USE OF THE KLINOPTILOLIT AT THE WATER CALCINATION UNDER THE INFLUENCE OF THE ELECTRIC CHARGE	book	AM Hashimov, KB Qurbanov, RN Mekhtizadeh, JJ Khalilov, IH Zakiyeva, MA Hasanov	0	0	In article researches of process of water … In article researches of process of water treating from the fluorine at effect of the electric discharge barrier type are resulted. Processes of electrization of solid porous adsorbents are investigated. By the thermostimulated relaxations method it is revealed that accumulation of superficial and volumetric charge takes place in the specified materials. It is shown that electric discharge effect considerably increases the efficiency of adsorption treating of water. Daha çox Əlaqəli məqalələr(Google)
ANALYSIS OF DG SYSTEMS WITH WIND FARMS IN IRAN AZARBAIJAN	book	AM Hashimov, NR Rahmanov, F Fattahi, A Rashtchizadeh, NM Tabatabaei	0	0	In this paper research results of characteristics … In this paper research results of characteristics of wind energy potential at some of Azarbaijan areas of Iran are presented. Estimation of wind energy potential, which is done for the first time, has confirmed the efficiency to use wind units in Azarbaijan areas. Expected annual capacity of wind energy unit is determined on the base of two parameters Weybull model for wind speed distribution function and for using DG systems. Daha çox Əlaqəli məqalələr(Google)
FİZİKA 2004 CİLD X № 1, 2	book	AM HASHIMOV, NM TABATABAEI, RN MEHDIZADEH, MJ OKHRAWI	0	0	In the paper the results of researches … In the paper the results of researches processes of complex purification of sewage with application of electrical discharge effect. It is shown that application of electrical discharge barrier type and ozonizing significantly raises the efficiency of adsorptive clearing of sewage from impurities. Offered method represents the very promising purification technology for industries’ sewage.In conditions of a snowballing of various industries problems of water reclamation as means of conservation of water resources, sewage purification and ordering of water consumption at the factories are actual for today and demand the urgent solution. Sewage of the various industrial factories contain suspended matters in the composition-calcium, magnesium, sodium+ kalium, hydro carbonates, carbonates, sulfates, chlorides, ammonia (on nitrogen), nitrates, nitrites, phosphorus, mineral oil, organic compounds (including phenol), ions of metals, salts of barium, bismuth, strontium, iron, zinc, aluminum, titanium, kalium. In some events sewage appear is radioactive infected, contain in the composition heavy atoms of iodine and other impurities which getting as the waste in reservoirs or ground, pollute them and intoxicates living and vegetable organisms. Presence of an affluent spectrum of impurities in sewage demands development of qualitatively new purification processes providing hard ecological requirements. Most of cleaning technique of waste waters now is are periodic, multiphase processes having series of an essential limitation. The basic key defect existing methods is that with the purposes of clearing waste water from admixtures there are used the contact … Daha çox Əlaqəli məqalələr(Google)
FİZİKA 2007 CİLD XIΙΙ № 3	methods /Cild: 2 səh: 3	AM HASHIMOV, MA GASANOV, KB GURBANOV, RN MEKHTIZADEH	0	0	The comparison of the wastewater chemical analysis … The comparison of the wastewater chemical analysis results before clearing and after it has shown the significant decrease of the harmful impurities in the result of the electrical discharge action during an adsorption clearing process. It was supposed that increase of the wastewater adsorption clearing intensity under effect of the electrical discharge is connected with the electrical charging of the solid adsorbent material. The experimental research of the thermostimulated relaxation (TSR) currents curves has shown that during the electrical discharge effect on the solid adsorbent the big electric charge accumulation is took place in it. The diffusion mechanism of the electric charge penetration into adsorbent material has been suggested. The theoretical analysis has shown the possibility of diffusion mechanism realization. The quantitative characteristics of electric charge diffusion process in the adsorbent material are got. Daha çox Əlaqəli məqalələr(Google)
IMPULSE SURGE VOLTAGES IN TRANSFORMER WINDINGS IN THE USE OF DIFFERENT GROUNDING MEANS OF THE PRIMARY NEUTRAL HASHIMOV AM, MUFIDZADA NA, CHAIBI R., GUERMAH S.	book	AM HASHIMOV	0	0	We consider in this paper the influence … We consider in this paper the influence of the grounding element of the transformer neutral on the surge voltages and the voltage differences between the adjacent elements in its windings. As a grounding element we use the linear induction reactance, the non-linear saturable induction and the concrete resistor resistor. The non-linear saturable induction reactances of the different nominal voltages and currents have few influences on the surge voltages and voltage drops in the primary particularly in the surrounding of the neutral. The influence of this reactance on the surge voltages and voltage drops in the secondary is practically absent. The surge voltages in both the primary and secondary do not reach dangerous values if the primary neutral is connected to the primary ground through either a linear induction reactance or a resistance (provided an increase in resistance up to 200 Ω). The choice of the non linear saturable reactance for the grounding of the transformers’ primary neutral should be made provided the restriction of the asymmetrical short-circuit currents and the improvement of the disconnecting property of the circuit breakers Daha çox Əlaqəli məqalələr(Google)
FIVE DIFFICULTIES OF ELECTRICAL ENGINEERING	book	AM Hashimov, FT Rzayev, TH Dostalizade	0	0	Electrical engineering takes important place in technical … Electrical engineering takes important place in technical progress and development. Achievements of electrical engineers and scientists make easy our today life and work. Every minute of our life, each of us face with results of intelligent brainwork of numerous army of electrical engineers. Electrical devices stable come into our everyday life. It is impossible to imagine our further existence without these devices. However, not everything is so easy and simple in electrical engineering similar to the other engineering disciplines. Electrical engineers continuously faced with the problems and difficulties during solving of project’s tasks. This article presents determination of five common difficulties of electrical engineering. Daha çox Əlaqəli məqalələr(Google)
FİZİKA 2004 CİLD X № 4 INFLUENCE THE HEAT TREATMENT ON THE MECHANICAL CHARACTERISTICS OF SILICON PLATES	book	AM HASHIMOV, Sh M HASANLI	0	0	During the fabrication of integrated circuits and … During the fabrication of integrated circuits and other semiconductor devices, silicon wafers are exposed to various mechanical and thermal processes. As a result, there is a big danger of dislocation generation in these wafers and deterioration of semiconductor devices characteristics. Therefore, the questions connected with the problem of dislocation generation in semiconductor materials in a wide temperature interval, still remain topical and need to be further investigated. Daha çox Əlaqəli məqalələr(Google)
PROTECTION AGAINST IMPULSE SURGE VOLTAGES IN DISSOCIATED SECONDARIES OF 110 KV NOMINAL VOLTAGE TRANSFORMERS	book	AM HASHIMOV, NA MUFIDZADA, H HOUASSINE, R CHAIBI, S GUERMAH	0	0	We consider the impulse surge voltages in … We consider the impulse surge voltages in the dissociated secondary of 110 kV nominal voltage transformers operating either with insulated neutral or with grounded neutral and protection of the secondary. The surge voltages in the primary of transformers depend only on the operating mode of its neutral. The secondary connecting scheme and the operating modes of the two neutrals have a notable influence on the surge voltages as well as on the voltage differences in the secondary. Transformers with Υ0/Δ, Υ/Υ0 and Υ0/Υ0 connecting schemes can operate without any arrester on the low voltage (LV)-side. As for other transformer types, installation of arresters on the LV-side is unavoidable. In order to ensure the protection of secondary operating free of load (temporarily not in use) we can ground the secondary neutral (in case of a Y scheme), or one of the triangle vertices (in case of a Δ scheme), after having disconnected it from the other elements of the network. Daha çox Əlaqəli məqalələr(Google)
Suppression of Ferroresonance in Switch Gears with Voltage Transformer and Reduction of Cumulative Overvoltages	ENERGETIKA. Proceedings of CIS higher education institutions and power engineering associations /N: 4 səh: 9-18	AM Hashimov, SI Hasanova, YV Dmitriyev, IR Pivchik	1	2003	The paper contains an algorithm for numerical … The paper contains an algorithm for numerical experiment and computer modelling of ferroresonance and switching overvoltages having cumulative character and protection against these overvoltages. Possibilities of the proposed algorithm are illustrated with restriction of both overvoltages by means of a common device which is based on voltage supply to secondary winding of a voltage transformer from an auxiliary source of a switch-gear. Daha çox Əlaqəli məqalələr(Google)
Relative ion yield of various level of ionization in the laser mass-spectrometric analysis of the solids	book /Cild: 27 /N: 2 səh: 117-122	AM Hashimov, KZ Nuriyev, ZK Nurubeyli	0	2007	The relative output of one, two and … The relative output of one, two and more multiple charged ions has been explored at the laser mass-spectrometric analysis of solid states. it was shown that the intensive lines have been observed at a high level of density flux of radiation belonging to two and more multiple charged ions. At diminution of the flux density of radiation the relative output of the singly charged ions was incremented. Also it was investigated polyatomic ions of the laser plasma scattered from a surface of a polymeric dielectric. It was shown, that the probability of the polyatomic ions output was more, than the quantity of atoms in a molecule is less Daha çox Əlaqəli məqalələr(Google)
Application of inductively coupled plasma mass spectrometry for geochemical analysis of rocks to enhance oil and gas production forecasting	Mining of Mineral Deposits /Cild: 19 /N: 3 səh: 43-50	Arif Hashimov, Tarana Nurubeyli, Zulfugar Nurubayli, Kamil Nuriyev, Nijat Imamverdiyev	0	2025	Purpose This study aims to improve the … Purpose This study aims to improve the accuracy of forecasting oil and gas deposits by analyzing the spatial distribution and dynamics of hydrocarbon gas concentrations within wells using inductively coupled plasma mass spectrometry (ICP-MS). Methods Core samples were collected from various regions of Azerbaijan. The samples underwent microwave mineralization and were analyzed using the quadrupole mass spectrometer Agilent ICP-MS 7700e. The study of gas composition and mineralogical characteristics of rocks considered factors influencing hydrocarbon migration, including pH environment, redox potential, temperature, and pressure. Findings It was established that hydrocarbon gas concentrations increase in depth due to the presence of oil and gas reservoirs and under the influence of geochemical zoning. It was shown that the migration of hydrocarbons and trace elements affects the … Daha çox Əlaqəli məqalələr(Google)

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