A two-step procedure in a typical diffusion apparatus to obtain the complementary-error function Gaussian distribution involves the first step and second step respectively as

A two-step procedure in a typical diffusion apparatus to obtain the co

1.	A two-step procedure in a typical diffusion apparatus to obtain the complementary-error function Gaussian distribution involves the first step and second step respectively as
A.	Predeposition and Drive-in
B.	Predeposition and Drive-out
C.	Drive-in and Postdeposition
D.	Drive-out and Postdeposition
Answer» B. Predeposition and Drive-out

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A two-step procedure in a typical diffusion apparatus to obtain the complementary-error function Gaussian distribution involves the first step and second step respectively as

A two-step procedure in a typical diffusion apparatus to obtain the complementary-error function Gaussian distribution involves the first step and second step respectively as

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