Abstract
Details of equipment installed, method adopted and final products were described on the preparation of uranium silicides and other fuels for capsule irradiation. Main emphasis was placed on the preparation of laboratory-scale aluminum-dispersion plate-type fuel (miniplates) loaded to the first and second JMTR silicide capsules. Fuels contained in the capsules are as follows: (A) uranium-silicide base alloys U{sub 3}Si{sub 2}, Mo- added U{sub 3}Si{sub 2}, U{sub 3}Si{sub 2}+U{sub 3}Si, U{sub 3}Si{sub 2}+USi, U{sub 3}Si, U{sub 3} (Si{sub 0.8}Ge{sub 0.2}), U{sub 3} (Si{sub 0.6}Ge{sub 0.4}) (B) U{sub 6}Me-type alloys with higher uranium density U{sub 6}Mn, U{sub 6}Ni, U{sub 6} (Fe{sub 0.4}Ni{sub 0.6}), U{sub 6} (Fe{sub 0.6}Mn{sub 0.4}) The powder-metallurgical picture-frame method was adopted and laboratory-scale technique was established for the preparation of miniplates. As a result of inspection for capsule irradiation, miniplates were prepared to meet the requirements of specification. (author).
Ugajin, Mitsuhiro;
Itoh, Akinori;
Akabori, Mitsuo
[1]
- Japan Atomic Energy Research Inst., Tokai, Ibaraki (Japan). Tokai Research Establishment
Citation Formats
Ugajin, Mitsuhiro, Itoh, Akinori, and Akabori, Mitsuo.
Preparation of U-Si/U-Me (Me = Fe, Ni, Mn) aluminum-dispersion plate-type fuel (miniplates) for capsule irradiation.
Japan: N. p.,
1993.
Web.
Ugajin, Mitsuhiro, Itoh, Akinori, & Akabori, Mitsuo.
Preparation of U-Si/U-Me (Me = Fe, Ni, Mn) aluminum-dispersion plate-type fuel (miniplates) for capsule irradiation.
Japan.
Ugajin, Mitsuhiro, Itoh, Akinori, and Akabori, Mitsuo.
1993.
"Preparation of U-Si/U-Me (Me = Fe, Ni, Mn) aluminum-dispersion plate-type fuel (miniplates) for capsule irradiation."
Japan.
@misc{etde_10120790,
title = {Preparation of U-Si/U-Me (Me = Fe, Ni, Mn) aluminum-dispersion plate-type fuel (miniplates) for capsule irradiation}
author = {Ugajin, Mitsuhiro, Itoh, Akinori, and Akabori, Mitsuo}
abstractNote = {Details of equipment installed, method adopted and final products were described on the preparation of uranium silicides and other fuels for capsule irradiation. Main emphasis was placed on the preparation of laboratory-scale aluminum-dispersion plate-type fuel (miniplates) loaded to the first and second JMTR silicide capsules. Fuels contained in the capsules are as follows: (A) uranium-silicide base alloys U{sub 3}Si{sub 2}, Mo- added U{sub 3}Si{sub 2}, U{sub 3}Si{sub 2}+U{sub 3}Si, U{sub 3}Si{sub 2}+USi, U{sub 3}Si, U{sub 3} (Si{sub 0.8}Ge{sub 0.2}), U{sub 3} (Si{sub 0.6}Ge{sub 0.4}) (B) U{sub 6}Me-type alloys with higher uranium density U{sub 6}Mn, U{sub 6}Ni, U{sub 6} (Fe{sub 0.4}Ni{sub 0.6}), U{sub 6} (Fe{sub 0.6}Mn{sub 0.4}) The powder-metallurgical picture-frame method was adopted and laboratory-scale technique was established for the preparation of miniplates. As a result of inspection for capsule irradiation, miniplates were prepared to meet the requirements of specification. (author).}
place = {Japan}
year = {1993}
month = {Jun}
}
title = {Preparation of U-Si/U-Me (Me = Fe, Ni, Mn) aluminum-dispersion plate-type fuel (miniplates) for capsule irradiation}
author = {Ugajin, Mitsuhiro, Itoh, Akinori, and Akabori, Mitsuo}
abstractNote = {Details of equipment installed, method adopted and final products were described on the preparation of uranium silicides and other fuels for capsule irradiation. Main emphasis was placed on the preparation of laboratory-scale aluminum-dispersion plate-type fuel (miniplates) loaded to the first and second JMTR silicide capsules. Fuels contained in the capsules are as follows: (A) uranium-silicide base alloys U{sub 3}Si{sub 2}, Mo- added U{sub 3}Si{sub 2}, U{sub 3}Si{sub 2}+U{sub 3}Si, U{sub 3}Si{sub 2}+USi, U{sub 3}Si, U{sub 3} (Si{sub 0.8}Ge{sub 0.2}), U{sub 3} (Si{sub 0.6}Ge{sub 0.4}) (B) U{sub 6}Me-type alloys with higher uranium density U{sub 6}Mn, U{sub 6}Ni, U{sub 6} (Fe{sub 0.4}Ni{sub 0.6}), U{sub 6} (Fe{sub 0.6}Mn{sub 0.4}) The powder-metallurgical picture-frame method was adopted and laboratory-scale technique was established for the preparation of miniplates. As a result of inspection for capsule irradiation, miniplates were prepared to meet the requirements of specification. (author).}
place = {Japan}
year = {1993}
month = {Jun}
}