Abstract
The melting and casting parameters has been investigated for obtaining the proper U-Zr alloy. So a sound alloy ingot was sucessfully prepared. The Zr yield with the respected to the charged raw material is about 85%. The Zr content variation along the ingot is {+-} 0.2 wt%. At that time the melt was hold for three minutes at 1600 deg C. The microstructure of U-Zr ingot has been found to consist of {alpha} U as a matrix and {delta}-UZr{sub 2} as a coarse dispersion in the matrix. Additionally the U-Zr melt was rapidly solidified into powder by utilizing centrifugal atomizer. This powder tends to form fine and homogeneous microstructure. (Author).
Kang, Young Ho;
Lee, Kang Il;
Kim, Chang Kyu;
Joo, Jea Oh;
Lee, Chang Tak;
Park, Hee Dea;
Kim, Ki Hwan;
Hwang, Sung Chan;
Kim, Jung Do;
Ann, Hyun Suk;
Chang, Sae Jung;
Joo, Keun Sik
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Kang, Young Ho, Lee, Kang Il, Kim, Chang Kyu, Joo, Jea Oh, Lee, Chang Tak, Park, Hee Dea, Kim, Ki Hwan, Hwang, Sung Chan, Kim, Jung Do, Ann, Hyun Suk, Chang, Sae Jung, and Joo, Keun Sik.
Development of metallic fuel materials -Development of the advanced nuclear materials-.
Korea, Republic of: N. p.,
1994.
Web.
Kang, Young Ho, Lee, Kang Il, Kim, Chang Kyu, Joo, Jea Oh, Lee, Chang Tak, Park, Hee Dea, Kim, Ki Hwan, Hwang, Sung Chan, Kim, Jung Do, Ann, Hyun Suk, Chang, Sae Jung, & Joo, Keun Sik.
Development of metallic fuel materials -Development of the advanced nuclear materials-.
Korea, Republic of.
Kang, Young Ho, Lee, Kang Il, Kim, Chang Kyu, Joo, Jea Oh, Lee, Chang Tak, Park, Hee Dea, Kim, Ki Hwan, Hwang, Sung Chan, Kim, Jung Do, Ann, Hyun Suk, Chang, Sae Jung, and Joo, Keun Sik.
1994.
"Development of metallic fuel materials -Development of the advanced nuclear materials-."
Korea, Republic of.
@misc{etde_10111274,
title = {Development of metallic fuel materials -Development of the advanced nuclear materials-}
author = {Kang, Young Ho, Lee, Kang Il, Kim, Chang Kyu, Joo, Jea Oh, Lee, Chang Tak, Park, Hee Dea, Kim, Ki Hwan, Hwang, Sung Chan, Kim, Jung Do, Ann, Hyun Suk, Chang, Sae Jung, and Joo, Keun Sik}
abstractNote = {The melting and casting parameters has been investigated for obtaining the proper U-Zr alloy. So a sound alloy ingot was sucessfully prepared. The Zr yield with the respected to the charged raw material is about 85%. The Zr content variation along the ingot is {+-} 0.2 wt%. At that time the melt was hold for three minutes at 1600 deg C. The microstructure of U-Zr ingot has been found to consist of {alpha} U as a matrix and {delta}-UZr{sub 2} as a coarse dispersion in the matrix. Additionally the U-Zr melt was rapidly solidified into powder by utilizing centrifugal atomizer. This powder tends to form fine and homogeneous microstructure. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}
title = {Development of metallic fuel materials -Development of the advanced nuclear materials-}
author = {Kang, Young Ho, Lee, Kang Il, Kim, Chang Kyu, Joo, Jea Oh, Lee, Chang Tak, Park, Hee Dea, Kim, Ki Hwan, Hwang, Sung Chan, Kim, Jung Do, Ann, Hyun Suk, Chang, Sae Jung, and Joo, Keun Sik}
abstractNote = {The melting and casting parameters has been investigated for obtaining the proper U-Zr alloy. So a sound alloy ingot was sucessfully prepared. The Zr yield with the respected to the charged raw material is about 85%. The Zr content variation along the ingot is {+-} 0.2 wt%. At that time the melt was hold for three minutes at 1600 deg C. The microstructure of U-Zr ingot has been found to consist of {alpha} U as a matrix and {delta}-UZr{sub 2} as a coarse dispersion in the matrix. Additionally the U-Zr melt was rapidly solidified into powder by utilizing centrifugal atomizer. This powder tends to form fine and homogeneous microstructure. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}