EJ/T 472-1999
Specification for the No.600 nickel base brazing filler metal of spacer grid of fuel assembly for pressurized water reactor nuclear power plants (English Version)
- Standard No.
- EJ/T 472-1999
- Language
- Chinese, Available in English version
- Release Date
- 1999
- Published By
- Professional Standard - Nuclear Industry
- Status
- 2019-03
- Replace By
- EJ/T 472-2018
- Latest
- EJ/T 472-2018
- Replace
- EJ 472-1989
EJ/T 472-1999 Referenced Document
- GB/T 223.11-1991 Methods for chemical analysis of iron,steel and alloy--The ammonium persulfate oxidation volumetric method for the determination of chromium content
- GB/T 223.3-1988 Methods for chemical analysis of iron, steel and alloy--The diantipyrylmethane phosphomolybdate gravimetric method for the determination of phosphorus content
- GB/T 223.5-1997 Methods for chemical analysis of iron, steel and alloy. The reduced molybdosilicate spectrophotometric method for the determination of acid-soluble silicon content
- GB/T 223.6-1994 Methods for chemical analysis of iron,steel and alloy. The neutralization titrimetric method for the determination of boron content
- GB/T 223.7-1981 Determination of iron content in alloy and powder
EJ/T 472-1999 history
- 2018 EJ/T 472-2018 Specification for No. 600 nickel-based brazing filler metal for fuel assembly positioning grid in pressurized water reactor nuclear power plant
- 1999 EJ/T 472-1999 Specification for the No.600 nickel base brazing filler metal of spacer grid of fuel assembly for pressurized water reactor nuclear power plants
- 1989 EJ 472-1989 Specifications for No. 600 nickel-based brazing filler metal used for positioning grids of fuel assemblies in 300,000-kilowatt pressurized water reactor nuclear power plants
EJ/T 472-1999 Specification for the No.600 nickel base brazing filler metal of spacer grid of fuel assembly for pressurized water reactor nuclear power plants has been changed from EJ 472-1989 Specifications for No. 600 nickel-based brazing filler metal used for positioning grids of fuel assemblies in 300,000-kilowatt pressurized water reactor nuclear power plants.
