Abstract
Heavy water is used as moderator and coolant in Pressurized Heavy Water Power Plants. According to the governmental long-term plan for power supply, Korea is scheduled to construct new six pressurized heavy water power plants till the year 2006. Total heavy water demand for these plants would be 3892 Mg during the period 1992-2006. Reformed hydrogen processes are considered best suited to Korea. Hydrophobic catalysts for this process were manufactured and the performance of hydrogen isotope exchance was investigated. The overall mass transfer coefficients varied between 0.004 and 2.295 m{sup 3} HD/m{sup 3} Bed.sec. and heavy water separation processes using the catalysts were optimized. (Author).
Chung, Heung Seok;
Kim, Yong Ik;
Lee, Han Soo;
Kang, Hui Seok;
Seong, Ki Ung;
Na, Jeong Won;
An, Do Hui;
Kim, Kwang Rak;
Cho, Young Hyeon;
Baek, Seung Uh;
Jeong, Yong Won
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Chung, Heung Seok, Kim, Yong Ik, Lee, Han Soo, Kang, Hui Seok, Seong, Ki Ung, Na, Jeong Won, An, Do Hui, Kim, Kwang Rak, Cho, Young Hyeon, Baek, Seung Uh, and Jeong, Yong Won.
Development of polymer catalyst manufacturing technology.
Korea, Republic of: N. p.,
1993.
Web.
Chung, Heung Seok, Kim, Yong Ik, Lee, Han Soo, Kang, Hui Seok, Seong, Ki Ung, Na, Jeong Won, An, Do Hui, Kim, Kwang Rak, Cho, Young Hyeon, Baek, Seung Uh, & Jeong, Yong Won.
Development of polymer catalyst manufacturing technology.
Korea, Republic of.
Chung, Heung Seok, Kim, Yong Ik, Lee, Han Soo, Kang, Hui Seok, Seong, Ki Ung, Na, Jeong Won, An, Do Hui, Kim, Kwang Rak, Cho, Young Hyeon, Baek, Seung Uh, and Jeong, Yong Won.
1993.
"Development of polymer catalyst manufacturing technology."
Korea, Republic of.
@misc{etde_10111389,
title = {Development of polymer catalyst manufacturing technology}
author = {Chung, Heung Seok, Kim, Yong Ik, Lee, Han Soo, Kang, Hui Seok, Seong, Ki Ung, Na, Jeong Won, An, Do Hui, Kim, Kwang Rak, Cho, Young Hyeon, Baek, Seung Uh, and Jeong, Yong Won}
abstractNote = {Heavy water is used as moderator and coolant in Pressurized Heavy Water Power Plants. According to the governmental long-term plan for power supply, Korea is scheduled to construct new six pressurized heavy water power plants till the year 2006. Total heavy water demand for these plants would be 3892 Mg during the period 1992-2006. Reformed hydrogen processes are considered best suited to Korea. Hydrophobic catalysts for this process were manufactured and the performance of hydrogen isotope exchance was investigated. The overall mass transfer coefficients varied between 0.004 and 2.295 m{sup 3} HD/m{sup 3} Bed.sec. and heavy water separation processes using the catalysts were optimized. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jan}
}
title = {Development of polymer catalyst manufacturing technology}
author = {Chung, Heung Seok, Kim, Yong Ik, Lee, Han Soo, Kang, Hui Seok, Seong, Ki Ung, Na, Jeong Won, An, Do Hui, Kim, Kwang Rak, Cho, Young Hyeon, Baek, Seung Uh, and Jeong, Yong Won}
abstractNote = {Heavy water is used as moderator and coolant in Pressurized Heavy Water Power Plants. According to the governmental long-term plan for power supply, Korea is scheduled to construct new six pressurized heavy water power plants till the year 2006. Total heavy water demand for these plants would be 3892 Mg during the period 1992-2006. Reformed hydrogen processes are considered best suited to Korea. Hydrophobic catalysts for this process were manufactured and the performance of hydrogen isotope exchance was investigated. The overall mass transfer coefficients varied between 0.004 and 2.295 m{sup 3} HD/m{sup 3} Bed.sec. and heavy water separation processes using the catalysts were optimized. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jan}
}