Abstract
An impedance void meter is developed to measure the area-averaged void fraction. Its basic principle is based on the difference in the electrical conductivity between phases. Several methods of measuring void fraction are briefly reviewed and the reason why this type of void meter is chosen to develop is discussed. Basic principle of the measurement is thoroughly described and several design parameters to affect the overall function are discussed in detail. As example of applications is given for vertical air-water flow. It is shown that the current design has good dynamic response as well as very fine spatial resolution. (Author) 47 refs., 37 figs.
Chung, Moon Ki;
Song, Chul Hwa;
Won, Soon Yeon;
Kim, Bok Deuk
[1]
- Korea Atomic Energy Research Institute, Taejon (Korea, Republic of)
Citation Formats
Chung, Moon Ki, Song, Chul Hwa, Won, Soon Yeon, and Kim, Bok Deuk.
Development of the impedance void meter.
Korea, Republic of: N. p.,
1994.
Web.
Chung, Moon Ki, Song, Chul Hwa, Won, Soon Yeon, & Kim, Bok Deuk.
Development of the impedance void meter.
Korea, Republic of.
Chung, Moon Ki, Song, Chul Hwa, Won, Soon Yeon, and Kim, Bok Deuk.
1994.
"Development of the impedance void meter."
Korea, Republic of.
@misc{etde_125337,
title = {Development of the impedance void meter}
author = {Chung, Moon Ki, Song, Chul Hwa, Won, Soon Yeon, and Kim, Bok Deuk}
abstractNote = {An impedance void meter is developed to measure the area-averaged void fraction. Its basic principle is based on the difference in the electrical conductivity between phases. Several methods of measuring void fraction are briefly reviewed and the reason why this type of void meter is chosen to develop is discussed. Basic principle of the measurement is thoroughly described and several design parameters to affect the overall function are discussed in detail. As example of applications is given for vertical air-water flow. It is shown that the current design has good dynamic response as well as very fine spatial resolution. (Author) 47 refs., 37 figs.}
place = {Korea, Republic of}
year = {1994}
month = {Jun}
}
title = {Development of the impedance void meter}
author = {Chung, Moon Ki, Song, Chul Hwa, Won, Soon Yeon, and Kim, Bok Deuk}
abstractNote = {An impedance void meter is developed to measure the area-averaged void fraction. Its basic principle is based on the difference in the electrical conductivity between phases. Several methods of measuring void fraction are briefly reviewed and the reason why this type of void meter is chosen to develop is discussed. Basic principle of the measurement is thoroughly described and several design parameters to affect the overall function are discussed in detail. As example of applications is given for vertical air-water flow. It is shown that the current design has good dynamic response as well as very fine spatial resolution. (Author) 47 refs., 37 figs.}
place = {Korea, Republic of}
year = {1994}
month = {Jun}
}