IMPORTANCE OF THERMOELECTRIC GENERATORS
Xojimatov Islombek Turg‘unboy o‘g‘li
Mamirov Abduvoxid Muxammadamin o‘g‘li
Xojimatov Umidbek Turg‘unboy o‘g‘li
Keywords: Keywords: thermoelectric generator, waste heat recovery, thermoelectric system
Abstract
In this article, waste-heat recovery with thermoelectric power generators can
improve energy efficiency and provide distributed electricity generation. New
thermoelectric materials and material performance improvements motivate
development of thermoelectric generators for numerous applications with excess
exhaust and process heat.
References
References.
J.-P. Fleurial, T. Caillat, B.J. Nesmith, R.C. Ewell, D.F. Woerner, G.C. Carr, et al.
Thermoelectrics: from space power systems to terrestrial waste heat recovery
applications.
Olimov Lutfiddin Omanovich. "A LOOK AT THE HISTORY OF
ANTIMONY." Journal of new century innovations 23.4 (2023): 83-84.
T. Hendricks, W.T. Choate Engineering Scoping Study of Thermoelectric
Generator Systems for Industrial Waste Heat Recovery.
Umidbek Turg‘unboy o‘g‘li, Yoqubjonov Fayzulloh Tursunali o‘g‘li. "STUDY
THE MICROSTRUCTURE OF COMPOSITE MATERIALS PRODUCED BY
MIXING AL-SI PARTICLES." Central Asian Academic Journal of Scientific
Research 2.7 (2022): 281-284.
Xojimatov Umidbek Turg‘unboy o‘g‘li,. "TECHNOLOGICAL EVALUATION
OF GRAPHITE AND ITS PROPERTIES." Journal of new century
innovations 27.6 (2023): 68-73.
Khojimatov, Islombek Turgʻunboy oʻgʻli. "INFLUENCE OF SILICON-BASED
COMPOSITE MATERIALS ON SOME THERMOELECTRIC
PROPERTIES." Innovative Development in Educational Activities 2.17 (2023): 46-
Xojimatov Umidbek Turg‘unboy o‘g‘li,. "EVALUATION OF GRAPHITE AND
ITS PROPERTIES." (2023): 162-166.
Бучаченко А.Л. Нанохимия - прямой путь к высоким технологиям. Успехи
химии, 2003 , т. 72, с. 419.
Mamirov, A. M., I. T. Xojimatov. "Anarboyev II Prospects for the creation of
modern solar ovens." Materials of the XII International scientific and practical
conference of young scientists «Innovative development and the requirement of
science in modern Kazakhstan» Taraz. 2019.
Mamirov, A. M., & Xojimatov, I. T. (2019). Anarboyev II Prospects for the
creation of modern solar ovens. In Materials of the XII International scientific and
practical conference of young scientists «Innovative development and the
requirement of science in modern Kazakhstan» Taraz.
Muxammadamin o’g’li, M. A., & Anvar o’g’li, K. S. (2021).
THERMOLECTRIC, RESISTANCE, PHOTO ELECTRIC DETECTORS AND
ANALYSIS OF SPECTRAL CHARACTERISTICS OF MATERIALS IN
THEM. Web of Scientist: International Scientific Research Journal, 2, 172-180.
Anarboyev, I., & Xojimatov, U. (2019). Conversion of optical beams into electric
energy in semiconductor solar cells. In Materials of the XIII international
scientific and practical conference of young scientists «innovative development
and the requirement of science in modern Kazakhstan» I ТОМ, Таrаz (pp. 18-20).
Mamirov Abduvoxid Muxammadamin o’g’li, & Kodirov Sardorbek Anvar
o’g’li. (2022). Production of micro- and nanoscale silicon granules using powder
technology. Texas Journal of Multidisciplinary Studies, 5, 175–179. Retrieved
from https://zienjournals.com/index.php/tjm/article/view/824
Mamirov Abduvoxid Muxammadamin o’g’li, & Xojimatov Umidjon
Turg’unboy o’gli. (2022). Determine the amount of heat accumulated at the focal
point of the solar oven. Texas Journal of Multidisciplinary Studies, 5, 161–164.
Retrieved from https://zienjournals.com/index.php/tjm/article/view/804
Mamirov Abduvokhid Mukhammadamin Ogli., Kodirov Sardorbek Anvar Ogli.
"Possibilities and Significance of the Solar Oven Devise for High Temperatures
Operating in Small Laboratory Conditions." JournalNX: 177-180.
Mamirov A.M / Monocristalline and ploycristalline semiconductor materials.
International scientific-practical conference "Digital technologies, innovative
ideas and prospects for their application in production" Andijan 2021-yil 179-181
pp