Kinetics of Materials

Page 71 — 6 corrections

Eq. 3.100

$$c_1^A(T_2) = c_1^A(T_1) \exp \left[ \frac{-84000 \left(T_1 - T_2 \right)}{N_\circ k T_1 T_2} \right]$$

Eq. 3.101

$$\Delta c_1 = c_1(T_1) \left\{ \exp \left[ \frac{-84000 \left(T_1 - T_2 \right)}{N_\circ k T_1 T_2} \right] - 1 \right\}$$

Eq. 3.104

$$J_1 = -\frac{D_1c_1}{kT^2} \left( \Delta H + Q^\mathrm{trans} \right) \FD {T}{x}$$

Text after Eq. 3.104

Because $\left( \Delta H + Q^\mathrm{trans} \right)$ is positive, the C atoms will be swept toward the cold end, as observed.

Eq. 3.105

$$\vec F_1 = - \Omega_1 A \nabla \left[ \frac{y'}{x'^2 + y'^2} \right]$$

Eq. 3.106

$$\vec F_1 = - \Omega_1 A \nabla \left[ \frac{y}{x^2 + 2 x R + R^2 + y^2} \right]$$

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