. An internal friction peak caused by interstitial diffusion in a bce metal has its peak at 50° C at a frequency of 0.70 Hz. When the frequency is changed to 2.81 Hz the peak is shifted to 64° C. (a) Calculate Q for the process. (b) If the lattice parameter is 3.2 x 10 cm, calculate D at 100° C and D.

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. An internal friction peak caused by interstitial diffusion in a bcc
metal has its peak at 50° C at a frequency of 0.70 Hz. When
the frequency is changed to 2.81 Hz the peak is shifted to 64° C.
(a) Calculate Q for the process.
(b) If the lattice parameter is 3.2 x 10 cm, calculate D at
100° C and D..
Transcribed Image Text:. An internal friction peak caused by interstitial diffusion in a bcc metal has its peak at 50° C at a frequency of 0.70 Hz. When the frequency is changed to 2.81 Hz the peak is shifted to 64° C. (a) Calculate Q for the process. (b) If the lattice parameter is 3.2 x 10 cm, calculate D at 100° C and D..
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