If D0 is the frequency factor, E is the activation energy, T is the temperature and K is Boltzmann constant, then the diffusivity determined over a range of diffusion temperature can be expressed as

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TuteeHUB · Accepted Answer

D0 exp (-kT/E)

TuteeHUB · Answer

D0 exp (-E/kt)

TuteeHUB · Answer

$\frac{{kT}}{q}\exp \left( {{D_0}/E} \right)$

TuteeHUB · Answer

D0 exp (kT/q)

1.	If D0 is the frequency factor, E is the activation energy, T is the temperature and K is Boltzmann constant, then the diffusivity determined over a range of diffusion temperature can be expressed as
A.	D0 exp (-E/kt)
B.	D0 exp (-kT/E)
C.	\(\frac{{kT}}{q}\exp \left( {{D_0}/E} \right)\)
D.	D0 exp (kT/q)
Answer» B. D0 exp (-kT/E)

If D0 is the frequency factor, E is the activation energy, T is the temperature and K is Boltzmann constant, then the diffusivity determined over a range of diffusion temperature can be expressed as

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