Crack propagation behavior under creep fatigue interaction condition in type 304 stainless steel for FBR high temperature structures.

Saved in:
Kitamura, T., (Mitarb.)
Tokyo : Central Research Institute of Electric Power Industry, 1985.
23 S.
englisch
LEADER 00869nam a2200217 n 4500
001 122811
005 19970518000000.0
008 r1985
035 |a (Sirsi) a109279 
084 0 |a TNJB - Nuclear reactor materials  |2 ZB 
084 0 |a FPHB - Crack phenomena  |2 ZB 
245 0 0 |a Crack propagation behavior under creep fatigue interaction condition in type 304 stainless steel for FBR high temperature structures. 
260 |a Tokyo :   |b Central Research Institute of Electric Power Industry,   |c 1985. 
300 |a 23 S. 
500 |a englisch 
596 |a 1 
700 1 |a Kitamura, T.,   |e Mitarb. 
710 2 |a Central Research Institute of Electric Power Industry (Tokyo) 
901 |a CRIEPI-E284015 
908 |a Bericht, Gutachten 
949 |a CRIEPI-E284015  |w LC  |c 1  |i 6133203254  |d 20/9/1999  |e 13/9/1999  |l STACKS  |m ZB  |n 1  |r Y  |s Y  |t ZBB  |u 25/3/2009  |x ZB-T  |1 PRINT  |2 RP