Abstract
Types of capillary-porous structures, their advantages and shortcomings, and technology of fabrication are examined. Methods are described for regulating the heat pipes, their configuration and area of application.
Citation Formats
Strozhkov, A I, and Zayets, V V.
Heat pipes. Dictionary of terms, design, technology and application. Fiz. -energ. in-t. Obminsk. (Prepr. ).
USSR: N. p.,
1980.
Web.
Strozhkov, A I, & Zayets, V V.
Heat pipes. Dictionary of terms, design, technology and application. Fiz. -energ. in-t. Obminsk. (Prepr. ).
USSR.
Strozhkov, A I, and Zayets, V V.
1980.
"Heat pipes. Dictionary of terms, design, technology and application. Fiz. -energ. in-t. Obminsk. (Prepr. )."
USSR.
@misc{etde_5859929,
title = {Heat pipes. Dictionary of terms, design, technology and application. Fiz. -energ. in-t. Obminsk. (Prepr. )}
author = {Strozhkov, A I, and Zayets, V V}
abstractNote = {Types of capillary-porous structures, their advantages and shortcomings, and technology of fabrication are examined. Methods are described for regulating the heat pipes, their configuration and area of application.}
place = {USSR}
year = {1980}
month = {Jan}
}
title = {Heat pipes. Dictionary of terms, design, technology and application. Fiz. -energ. in-t. Obminsk. (Prepr. )}
author = {Strozhkov, A I, and Zayets, V V}
abstractNote = {Types of capillary-porous structures, their advantages and shortcomings, and technology of fabrication are examined. Methods are described for regulating the heat pipes, their configuration and area of application.}
place = {USSR}
year = {1980}
month = {Jan}
}