Abstract
This study aim of obtaining the basic data for gas insulation in the high voltage apparatus and for investigating the breakdown characteristics in uniform field and non-uniform which the geometric construction in the practical power apparatus. In this study, the research results on the insulation technology published earlier are reviewed and the basic data for an optimum design of a high voltage apparatus are obtained thorough the experiment and computer simulation by using a uniform field. The main result are summarized as follows: (A) Investigation on the insulation technology in a large-capacity power apparatus. (B) Investigation on the breakdown characteristics in particle contaminated condition. (C) Investigation on the design in computer simulation. (D) Investigation on the simulation technology of breakdown characteristics. (E) Investigation on breakdown characteristics in the nonuniform field and experiment. (author). refs., figs., tabs.
Kim, I S;
Kim, M K;
Seo, K S;
Moon, I W;
Choi, C K
[1]
- Korea Electrotechnology Research Institute (Korea, Republic of)
Citation Formats
Kim, I S, Kim, M K, Seo, K S, Moon, I W, and Choi, C K.
A Study on Gas Insulation Characteristics for Design Optimization of High Voltage Power Apparatus.
Korea, Republic of: N. p.,
1996.
Web.
Kim, I S, Kim, M K, Seo, K S, Moon, I W, & Choi, C K.
A Study on Gas Insulation Characteristics for Design Optimization of High Voltage Power Apparatus.
Korea, Republic of.
Kim, I S, Kim, M K, Seo, K S, Moon, I W, and Choi, C K.
1996.
"A Study on Gas Insulation Characteristics for Design Optimization of High Voltage Power Apparatus."
Korea, Republic of.
@misc{etde_582364,
title = {A Study on Gas Insulation Characteristics for Design Optimization of High Voltage Power Apparatus}
author = {Kim, I S, Kim, M K, Seo, K S, Moon, I W, and Choi, C K}
abstractNote = {This study aim of obtaining the basic data for gas insulation in the high voltage apparatus and for investigating the breakdown characteristics in uniform field and non-uniform which the geometric construction in the practical power apparatus. In this study, the research results on the insulation technology published earlier are reviewed and the basic data for an optimum design of a high voltage apparatus are obtained thorough the experiment and computer simulation by using a uniform field. The main result are summarized as follows: (A) Investigation on the insulation technology in a large-capacity power apparatus. (B) Investigation on the breakdown characteristics in particle contaminated condition. (C) Investigation on the design in computer simulation. (D) Investigation on the simulation technology of breakdown characteristics. (E) Investigation on breakdown characteristics in the nonuniform field and experiment. (author). refs., figs., tabs.}
place = {Korea, Republic of}
year = {1996}
month = {Dec}
}
title = {A Study on Gas Insulation Characteristics for Design Optimization of High Voltage Power Apparatus}
author = {Kim, I S, Kim, M K, Seo, K S, Moon, I W, and Choi, C K}
abstractNote = {This study aim of obtaining the basic data for gas insulation in the high voltage apparatus and for investigating the breakdown characteristics in uniform field and non-uniform which the geometric construction in the practical power apparatus. In this study, the research results on the insulation technology published earlier are reviewed and the basic data for an optimum design of a high voltage apparatus are obtained thorough the experiment and computer simulation by using a uniform field. The main result are summarized as follows: (A) Investigation on the insulation technology in a large-capacity power apparatus. (B) Investigation on the breakdown characteristics in particle contaminated condition. (C) Investigation on the design in computer simulation. (D) Investigation on the simulation technology of breakdown characteristics. (E) Investigation on breakdown characteristics in the nonuniform field and experiment. (author). refs., figs., tabs.}
place = {Korea, Republic of}
year = {1996}
month = {Dec}
}