THERMOELECTRIC HEAT GENERATOR’S FUNCTIONING PRINCIPLE
Ключевые слова:
Key words: Seeback’s effect, depletion , TEG, charge carriers, holes, p- type , n- typeАннотация
Abstract: This article explores the principle of operation of thermoelectric heat generators and their use in various aspects, as well as the useful and unprofitable aspects of this type of generators. In contrast to thermoelectric generators, the Seeback effect is also emphasized, because this type of generator is built on the same basis.
Библиографические ссылки
Sharobiddinov Saydullo O'ktamjon o'g'li Mamarasulov Qudratbek Shuhratbek o'g'li Andijan Mechanical Engineering Institute "Alternative energy sources" intern-teacher of the department. (2023). IMPROVING THE ENERGY EFFICIENCY OF A SOLAR AIR HEATING COLLECTOR BY CONTROLLING AIR DRIVE FAN SPEED. Zenodo. https://doi.org/10.5281/zenodo.10315679
Mamarasulov Qudratbek Shuhratbek o'g'li Sharobiddinov Saydullo O'ktamjon o'g'li Andijan machine building institute. (2023). OBTAINING SENSITIVE MATERIALS THAT SENSE LIGHT AND TEMPERATURE. Zenodo. https://doi.org/10.5281/zenodo.10315761
Sharobiddinov, S., & Mamarasulov, Q. (2023). QUYOSH HAVO ISITISH KOLLEKTORINI ENERGIYA SAMARADORLIGINI OSHIRISH. Interpretation and researches, 1(8).
Parpiev, O. B., & Egamov, D. A. (2021). Information on synchronous generators and motors. Asian Journal of Multidimensional Research, 10(9), 441-445.
Atajonov M.O. Ashurova U.B. Algorithm for Adaptive Regulation of Parameters of Fuzzy-Models to Diagnose Dynamic Object. Technical science and innovation, Iss 8, Vol 2, 2021/2 peg. 234-240.
Розиков Ж.Ю, Холмирзаев Ж.Ю, & Абдуллаев М.Х. (2023). ОСНОВНЫЕ ПРОБЛЕМЫ ПЕРЕНОСА ИЗЛУЧЕНИЯ В АТМОСФЕРЕ. Fergana State University Conference, 48. Retrieved from https://conf.fdu.uz/index.php/conf/article/view/2298
Холмирзаев, Ж. Ю. (2022). ЗОНАЛЬНОЕ СТРОЕНИЕ КРИСТАЛЛОВ В ПРИБЛИЖЕНИИ МНОГОЗОННОЙ (КЕЙНА) МОДЕЛИ. Oriental Renaissance: Innovative, educational, natural and social sciences, 2(12), 748-753.
Qosimov Oybek Abdumannon o`g`li Dekhkanboyev Odilbek Rasuljon o`g`li Andijan Machine-Building Institute. (2023). ENERGY-SAVING CONTROL SCHEME OF ELECTRICAL CONTROL OF HORIZONTAL LAMINATING MACHINE. Zenodo. https://doi.org/10.5281/zenodo.10315865
Qosimov Oybek Abdumannon o`g`li Dekhkanboyev Odilbek Rasuljon o`g`li Andijan Machine-Building Institute. (2023). ENERGY-SAVING CONTROL SCHEME OF ELECTRICAL CONTROL OF HORIZONTAL LAMINATING MACHINE. Zenodo. https://doi.org/10.5281/zenodo.10315865
Olimov, L. O., & Yusupov, A. K. (2021). The Influence Of Semiconductor Leds On The Aquatic Environment And The Problems Of Developing Lighting Devices For Fish Industry Based On Them. The American Journal of Applied Sciences, 3(02), 119-125.
Alijanov Donyorbek Dilshodovich Dean of the Faculty of Energetics of Andijan Machine-building Institute, & Islomov Doniyorbek Davronbekovich Phd student of Andijan Machine-building Institute. (2023). OPTOELECTRONIC SYSTEM FOR MONITORING OIL CONTENT IN PURIFIED WATER BASED ON THE ELEMENT OF DISTURBED TOTAL INTERNAL REFLECTION. Zenodo. https://doi.org/10.5281/zenodo.10315833
Yulchiyev, M. E., & Salokhiddinova, M. (2023). ORGANIZATION OF MULTI-STAGE ENHAT FOR MEDIUM AND LARGE POWER INDUSTRIES OR ENERGY SYSTEM. World scientific research journal, 20(1), 13-18.
Olimov, L., & Anarboyev, I. (2023). IKKI STRUKTURALI POLIKRISTAL KRЕMNIYNING ELЕKTROFIZIK XOSSALARI. Namangan davlat universiteti Ilmiy axborotnomasi, (8), 75-81.
Alijanov, D. D., & Axmadaliyev, U. A. (2021). APV Receiver In Automated Systems. The American Journal of Applied sciences, 3(02), 78-83.
Abdulhamid o‘g‘li, T. N., & Sharipov, M. Z. (2023). ENERGY DEVELOPMENT PROCESSES IN UZBEKISTAN. Science Promotion, 1(1), 177-179.
Abbosbek Azizjon-o‘g‘li, A., & Nurillo Mo‘ydinjon o‘g, A. (2023). GORIZONTAL O ‘QLI SHAMOL ENERGETIK QURILMALARINING ZAMONAVIY KONSTRUKSIYALARI.
Zuhritdinov, A., & Xakimov, T. (2023). STUDY OF TEMPERATURE DEPENDENCE OF LINEAR EXPANSION COEFFICIENT OF SOLID BODIES. International Bulletin of Applied Science and Technology, 3(5), 888-893.
Olimjoniva, D., & Topvoldiyev, N. (2023). ANALYSIS OF HEAT STORAGE CAPACITY OF RESIDENTIAL BUILDINGS. Interpretation and researches, 1(8).
Topvoldiyev, N. (2023). ANALYSIS OF HEAT STORAGE CAPACITY OF RESIDENTIAL BUILDINGS.
