Abstract
Some important experiments for whisker growth reactions, fabrication processes, and experiments for fabricarion of whisker reinforced composites have been performed. In order to investigate growth reaction of SiC whiskers, a conventional carbothermic reaction was tested. Based on the results of carbothermic process, a new process called silicothermic reaction was planned and some basic experiments were performed. Reaction characteristics of silicon monoxide, core material for SiC whisker growth in both of the reactions were investigated for basic data. Additionally, a hydrofluoric acid leaching process was tested for developing SiC whisker recovery process, and powder metallurgy process and melt sqeeze process were tried to develop aluminum-SiC whisker composites. (Author).
Kang, Thae Khapp;
Kuk, Il Hiun;
Kim, Chang Kyu;
Lee, Jae Chun;
Lee, Ho Jin;
Park, Soon Dong;
Im, Gyeong Soo
[1]
- Korea Atomic Energy Research Inst., Daeduk (Korea, Republic of)
Citation Formats
Kang, Thae Khapp, Kuk, Il Hiun, Kim, Chang Kyu, Lee, Jae Chun, Lee, Ho Jin, Park, Soon Dong, and Im, Gyeong Soo.
The development of SiC whisker fabrication technology for nuclear applications.
Korea, Republic of: N. p.,
1991.
Web.
Kang, Thae Khapp, Kuk, Il Hiun, Kim, Chang Kyu, Lee, Jae Chun, Lee, Ho Jin, Park, Soon Dong, & Im, Gyeong Soo.
The development of SiC whisker fabrication technology for nuclear applications.
Korea, Republic of.
Kang, Thae Khapp, Kuk, Il Hiun, Kim, Chang Kyu, Lee, Jae Chun, Lee, Ho Jin, Park, Soon Dong, and Im, Gyeong Soo.
1991.
"The development of SiC whisker fabrication technology for nuclear applications."
Korea, Republic of.
@misc{etde_10113124,
title = {The development of SiC whisker fabrication technology for nuclear applications}
author = {Kang, Thae Khapp, Kuk, Il Hiun, Kim, Chang Kyu, Lee, Jae Chun, Lee, Ho Jin, Park, Soon Dong, and Im, Gyeong Soo}
abstractNote = {Some important experiments for whisker growth reactions, fabrication processes, and experiments for fabricarion of whisker reinforced composites have been performed. In order to investigate growth reaction of SiC whiskers, a conventional carbothermic reaction was tested. Based on the results of carbothermic process, a new process called silicothermic reaction was planned and some basic experiments were performed. Reaction characteristics of silicon monoxide, core material for SiC whisker growth in both of the reactions were investigated for basic data. Additionally, a hydrofluoric acid leaching process was tested for developing SiC whisker recovery process, and powder metallurgy process and melt sqeeze process were tried to develop aluminum-SiC whisker composites. (Author).}
place = {Korea, Republic of}
year = {1991}
month = {Feb}
}
title = {The development of SiC whisker fabrication technology for nuclear applications}
author = {Kang, Thae Khapp, Kuk, Il Hiun, Kim, Chang Kyu, Lee, Jae Chun, Lee, Ho Jin, Park, Soon Dong, and Im, Gyeong Soo}
abstractNote = {Some important experiments for whisker growth reactions, fabrication processes, and experiments for fabricarion of whisker reinforced composites have been performed. In order to investigate growth reaction of SiC whiskers, a conventional carbothermic reaction was tested. Based on the results of carbothermic process, a new process called silicothermic reaction was planned and some basic experiments were performed. Reaction characteristics of silicon monoxide, core material for SiC whisker growth in both of the reactions were investigated for basic data. Additionally, a hydrofluoric acid leaching process was tested for developing SiC whisker recovery process, and powder metallurgy process and melt sqeeze process were tried to develop aluminum-SiC whisker composites. (Author).}
place = {Korea, Republic of}
year = {1991}
month = {Feb}
}