Abstract
The development and test of a new type alloy steel, No.23 steel, which has better resistance performance to high temperature, corrosion and creep are introduced. The purpose of developing a new kind steel was to find a material suited for manufacturing solidification pot used in vitrification of HLLRW (high level liquid radioactive wastes). The mockup test of solidification pot made of new No.23 steel has been completed. Two kinds of borosilicate matrix contained or not contained with sulphate were adopted in the test to simulate the process of melting glass of HLLRW. The test was divided into two stages, and each stage had 30 runs of operation. The operating time for each pot at high temperature reached to 420 {approx} 450 hours. After completing the test, the solidification pots were dissected and analysed. The results show that the new alloy steel, No.23 steel, fully meets the specified process requirements.
Weigang, Huang
[1]
- Beijing Inst. of Nuclear Engineering (China)
Citation Formats
Weigang, Huang.
A steel used for solidification pot of vitrifying high level liquid radioactive waste. Test on a new No.23 alloy steel.
China: N. p.,
1992.
Web.
Weigang, Huang.
A steel used for solidification pot of vitrifying high level liquid radioactive waste. Test on a new No.23 alloy steel.
China.
Weigang, Huang.
1992.
"A steel used for solidification pot of vitrifying high level liquid radioactive waste. Test on a new No.23 alloy steel."
China.
@misc{etde_10145106,
title = {A steel used for solidification pot of vitrifying high level liquid radioactive waste. Test on a new No.23 alloy steel}
author = {Weigang, Huang}
abstractNote = {The development and test of a new type alloy steel, No.23 steel, which has better resistance performance to high temperature, corrosion and creep are introduced. The purpose of developing a new kind steel was to find a material suited for manufacturing solidification pot used in vitrification of HLLRW (high level liquid radioactive wastes). The mockup test of solidification pot made of new No.23 steel has been completed. Two kinds of borosilicate matrix contained or not contained with sulphate were adopted in the test to simulate the process of melting glass of HLLRW. The test was divided into two stages, and each stage had 30 runs of operation. The operating time for each pot at high temperature reached to 420 {approx} 450 hours. After completing the test, the solidification pots were dissected and analysed. The results show that the new alloy steel, No.23 steel, fully meets the specified process requirements.}
place = {China}
year = {1992}
month = {Jun}
}
title = {A steel used for solidification pot of vitrifying high level liquid radioactive waste. Test on a new No.23 alloy steel}
author = {Weigang, Huang}
abstractNote = {The development and test of a new type alloy steel, No.23 steel, which has better resistance performance to high temperature, corrosion and creep are introduced. The purpose of developing a new kind steel was to find a material suited for manufacturing solidification pot used in vitrification of HLLRW (high level liquid radioactive wastes). The mockup test of solidification pot made of new No.23 steel has been completed. Two kinds of borosilicate matrix contained or not contained with sulphate were adopted in the test to simulate the process of melting glass of HLLRW. The test was divided into two stages, and each stage had 30 runs of operation. The operating time for each pot at high temperature reached to 420 {approx} 450 hours. After completing the test, the solidification pots were dissected and analysed. The results show that the new alloy steel, No.23 steel, fully meets the specified process requirements.}
place = {China}
year = {1992}
month = {Jun}
}