Computational Nanotechnology Issue №2 — 2016

Working methods and stand for determination of service materials and products to solar radiiant flux
( Pp. 94-100)

Abdurahmanov Abdujabbar Abdurakhmanovich Kuchkarov Akmaljon Akhmadalievich Mamatkasimov Mirzasultan Abdurahimovich Sobirov Yuldash Bekjanovich Abdumuminov Abdumaruf Abdukakharovich Rakhimov Rustam Kh.

More about authors

Abdurahmanov Abdujabbar Abdurakhmanovich d-r tehn. nauk, zav. laboratorii Bolshie Solnechnye Ustanovki instituta Materialovedeniya
Institute of Material Sciences, SPA «Physics-Sun» Academy of Science of Uzbekistan Kuchkarov Akmaljon Akhmadalievich starshiy nauchnyy sotrudnik
Institute of Materials Science «Physics-Sun» of the Uzbekistan Academy of Sciences Mamatkasimov Mirzasultan Abdurahimovich doktor tehnicheskih nauk
Institute of materials Science of the Academy of Sciences of the Republic of Uzbekistan Sobirov Yuldash Bekjanovich kand. tehn. nauk
Institute of materials science, «Physics-sun». Uzbekistan Academy of sciences Abdumuminov Abdumaruf Abdukakharovich inzhener.
«Physics-sun». Uzbekistan Academy of sciences Rakhimov Rustam Kh.
Institute of Materials Science of the SPA “Physics-Sun” of the Academy of Science of Uzbekistan
Tashkent, Republic of Uzbekistan

Abstract:

The article considers the problem of forming the pulse of various duration and power in the focal area of a parabolic concentrator big solar furnace (BSF) for the rapid determination of the service life (aging) materials and products of the new technology. The analysis of the different types of regulators (valves) the duration of the light pulse. Developed and proposed curtain and rotor-plane shutter, which most effectively provides light pulses of different shapes, power and durability.

How to Cite:

Abdurahmanov A.A., Kuchkarov A.A., Mamatkasimov M.A., Sobirov Y.B., Abdumuminov A.A., Rakhimov R.K., (2016), WORKING METHODS AND STAND FOR DETERMINATION OF SERVICE MATERIALS AND PRODUCTS TO SOLAR RADIIANT FLUX. Computational Nanotechnology, 2 => 94-100.

Reference list:

Abdurakhmanov A.A., Akbarov R.YU., Gulamov K.G., Riskiev T.T., YUldashev A.A. Opyt ekspluatatsii bol shoy solnechnoy pechi moshchnost yu 1000 kVt. Geliotekhnika. 1998. №1, -S.39-44.
Abdurakhmanov A.A. i dr. Primenenie sistema tekhnicheskogo zreniya na Bol shoy Solnechnoy Pechi. Geliotekhnika. -1998. -№1. -S.49-52.
A.A. Abdurakhmanov, A.A. Kuchkarov, M.A. Mamatkosimov, YU.B. Sobirov. Metodika rascheta optiko-energeticheskikh kharakteristik zerkal nykh - kontsentriruyushchikh sistem tekhnologicheskogo i energeticheskogo naznacheniya. Geliotekhnika 2015.№4.S.74-77.

Keywords:

the light pulse, focal area, paraboloidal hub, curtain, rotary-slotted shutter, actinometer, drum, dosimeter, frequency counter, the heliostat, fold, sensor.

3. POWER ENGINEERING Pages: 41-46 Issue №11946

POWER LINE ELECTROMAGNETIC COMPATIBILITY AND THE INSTRUMENT FOR ITS EVALUATION

Belitsyn Igor Vladimirovich

Kotugin Evgeniy Aleksandrovich

electromagnetic compatibility power line electromagnetic environment sensor information-measuring system

8. PLASMA, HIGH FREQUENCY, MICROWAVE AND LASER TECHNOLOGIES Pages: 135-142 Issue №9439

THE METHOD OF CALCULATING THE OPTIMUM SHAPE OF THE DISTRIBUTION OF SOLAR RADIATION POWER DENSITY FOR THE UNIFORM EXCITATION OF THE ACTIVE ELEMENTS OF LASERS PREDETERMINED SHAPE

Razhapov Lutfulla

Sobirov Yuldash Begzhanovich

Fazilov Abdukhakim

Rakhimov Rustam Kh.

the heliostat hub a big solar oven the pumping laser focal spot