Analyzing Delayed-Fission Gamma Yields [pres. slides]

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Conclusions The crack growth rate in gettered argon and laboratory air was similar at a stress intensity factor of about 40 MPa~m. The crack growth rate in argon containing 2000 ppm oxygen was more than one order of magnitude faster than for tests run in laboratory air or gettered argon at similar stress intensity factors. The crack growth rates were very sensitive to the stress intensity factor. 9. The fracture mode in air and gettered argon was transgranular cleavage with 20 to 30% intergranular fracture.

T. Hoelzer, Fusion Materials 0313/25, December 1998, pp42-58. 2. D. T. Hoelzer, Fusion Materials December 1998, pp. 59-83. Semiannual Semiannual Progress Progress Report, Report, DOE/ER- DOE/ER-031 3/25, 32 EFFECT OF OXYGEN ON THE CRACK GROWTH R. J. Kurtz (Pacific Northwest National Laboratory)* BEHAVIOR OF V-4CR-4TI AT 600”C - OBJECTWE The objective is to determine the effect of oxygen on the subcritical crack growth behavior of V-4Cr-4Ti alloys. Constant load compact tension tests are being performed to determine the propensity for stress-assisted, oxygen-induced embrittlement of V-4Cr-4Ti.

1(b). TEM micrograph of Fig. 3(a) shows a secondary phase particle in the 832864 specimen. According to other investigators [1,2], the globular-shaped secondary particles in V-4Cr-4Ti consist of Ti-oxycarbonnitrides (Ti-OCN). Our preliminary TEM examinations confirmed the predominant composition of Ti in the secondary phase particles. However, it appears that there is no significant increment of the C and O peaks in the energy dispersive spectrum of the secondary phase particle examined in our sample.

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