It's not concentration, but the gradient of this quantity is set to zero to calculate the self-diffusion coefficient.
It's not concentration, but the gradient of this quantity is set to zero to calculate the self-diffusion coefficient. For a gas, this quantity is equal to its standard state variety plus quantity R T times fugacity. According to one approximation, this quantity equals the Fermi energy plus the potential energy for a cloud of trapped fermions. Noting that this quantity is equal in all phases allows one to derive the Gibbs phase rule. This quantity is related to pressure and temperature in the GibbsÂ–Duhem equation. For a component in a solution, this quantity is defined as the partial derivative of internal energy with respect to the component. For 10 points, name this energy that can be absorbed or released during a chemical reaction, often symbolized mu.
It's not concentration, but the gradient of this quantity is set to zero to calculate the self-diffusion coefficient.
chemical potential [or mu until it is read and prompt afterwards]