Опубликован 2023-01-27

MANUFACTURE OF HIGH-TEMPERATURE ELECTRIC HEATERS BASED ON THE SOLAR ENERGY

Аннотация


The role of solar energy as a natural energy source for the
synthesis of electric heaters is discussed in this article. The work of famous
scientists on the development of the field of using energy devices based on solar
energy in heat supply systems is presented. In addition, you will get acquainted
with the most popular and probably unfamiliar electric heaters, their types, and
modes of operation. You will also learn about the process of making electric
heaters imported to date based on solar energy. Where and why electric heaters are
used, their functions, you will be able to use a local product that completely
replaces the imported product.

Как цитировать


Kodirov, B. (2023). MANUFACTURE OF HIGH-TEMPERATURE ELECTRIC HEATERS BASED ON THE SOLAR ENERGY. Журнал иностранных языков и лингвистики, 6(6), 269-286. извлечено от https://ruslit.jdpu.uz/index.php/fll/article/view/7641

Библиографические ссылки


. Karimov Sh.A., Shakirov Sh.M., Mamatkosimov M.A. Mirror material

technology. - Tashkent: - Science and technology, 2015, p. 159.

. Abdurakhmanov A.A., Mamatkosimov M.A., Akhadov Yu.Z., Kuchkarov

A.A. Calculation of optical-geometric parameters of paraboloid and

parabocylindrical mirror-concentric systems. // Journal of Reports of the Academy

of Sciences. 2014, No. 4, –p. 29–32.

. Korman GS, Lutra KL Ceramic composites impregnated with silicon melt

(HiPerComp ™) // Handbook of ceramic composites. Springer US, 2005. pp. 99-

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I. localization of

imported ceramic tiles // Journal of Irrigation and Melioration No. 3.2020. -

Tashkent, - pp. 28-32.

. Mustafoev AI, Mamatkosimov MA, Suvonova L., Kamanov BM, Dzhalilov

M. Effect of heating on phase changes in geomodifiers of trenches based on

serpentine slope // Journal "AGROILM". No. 4.2020. - Tashkent, - pp. 97-99.

(05.00.00, No. 4)

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I. Production of heatresistant refractory plates // Journal "Irrigation and melioration" No. 4 (18) .2019. -

Tashkent, - pp. 63-66.

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I. Substantiation of

obtaining a porcelain plate from a serpentine sample. Materials of the international

conference "Innovations in the oil and gas industry, modern energy and its

problems" May 26, 2020 p. 757-758

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I. Manufacturing of a

thermostatic electric oven operating at a temperature of 17000C. Collection of

materials of the International Scientific and Technical Conference "Innovations in

Construction, Energy Saving Technologies, Structural and Seismic Safety of

Buildings and Structures", held on November 7-9, 2019 at the Namangan Civil

Engineering Institute of the Ministry of Industry and Trade. Higher and secondary

specialized education of the Republic of Uzbekistan. pp 232-234.

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I. On November 7-9,

, the Namangan Civil Engineering Institute of the Ministry of Higher and

Secondary Special Education hosted an international scientific and technical

conference "Innovations in construction, energy-saving technologies, constructive

and seismic safety of buildings and structures." set of materials of the Republic of

Uzbekistan. pp. 203-206.

. M.A. Mamatkosimov, A. Mustafoev. Development and production of importsubstituting heat-resistant heat-resistant plates based on local raw materials.

International scientific and practical seminar within the framework of the project

"Renes: Development of a master's program in renewable energy and sustainable

environment" pp. 37-39. (Gulistan, 2019)

. Mamatkosimov M.A., Mustafoev A.I. Features of thermostatic electric oven

at 17000C from local raw materials. International scientific and practical seminar

in the framework of the project "Renes: Development of a master's program in the

field of renewable energy and sustainable environment" pp. 39-41. (Gulistan,

. Kamanov B.M., Mamatkosimov M.A., Mustafoev A.I., Abduminov A.A.

Production of serpentine pottery for everyday use using a large solar oven.

International scientific and practical seminar within the framework of the project

"Renes: Development of a master's program in the field of renewable energy and

sustainable environment" pp. 42-46. (Gulistan, 2019)

. Mamatkosimov M.A., Mustafoev A.I. Production of heat-resistant rare

refractory materials from ceramic materials based on local raw materials in the

Large Solar Furnace. International scientific and practical seminar within the

framework of the project "Renes: Development of a master's program in the field

of renewable energy and sustainable environment" pp. 46-49. (Gulistan, 2019)

. Mamatkosimov M.A., Mustafoev A.I. Improving the heat resistance of

ceramic products obtained from local raw materials. International scientificpractical seminar within the framework of the project "Renes: Development of a

master's program in the field of renewable energy and sustainable environment" p.

-51. (Gulistan, 2019)

. Abdurakhmanov A.A., Mamatkasimov M.A., Kuchkarov A.A., Sobirov

Yu.B., Abdumuminov A.A. The method of aligning the optical axis of the heliostat

tracking sensors with the main optical axis of the concentrator. // Solar technology.

- Tashkent, 2016. -No. 3, - pp. 31-36. [05.00.00, No. 1].

. Abdurakhmonov A.A., Mamatkosimov M.A., Kuchkarov A.A., Sobirov Yu.-

B., Kulakhmedov N.N., Akhadov Zh.Z. Alignment of faces of flat and focusing

heliostats, concentrators and concentrating systems of Fresnel mirrors. // Applied

Solar Energy, 2015, Volume 51, No. 2,. pp. 151-155. [No. 41. SCImago SJR, IF:

251]

Авторы


Bekzod Kodirov

Materials Science Institute of the Academy of Sciences of Uzbekistan

Ключевые слова:

solar energy, electric heaters, silicon carbide, chrome lanthanum, humidity conditions, resistance heating, oven

Copyright (c) 2022 Журнал иностранных языков и лингвистики

Лицензия Creative Commons

Это произведение доступно по лицензии Creative Commons «Attribution-ShareAlike» («Атрибуция — На тех же условиях») 4.0 Всемирная.

Powered by I-Edu Group