It assumes that the steric factor and the collision rate are constants, because these parameters have very little dependence on temperature. In electronics, it can be used to predict failure mechanisms such as corrosion, intermetallic growth, metal migration, and dielectric breakdown. When plotting results, the logarithm of both sides is taken to produce a linear model. Th
It assumes that the steric factor and the collision rate are constants, because these parameters have very little dependence on temperature. In electronics, it can be used to predict failure mechanisms such as corrosion, intermetallic growth, metal migration, and dielectric breakdown. When plotting results, the logarithm of both sides is taken to produce a linear model. The large effect of catalysts can be seen by the presence of the activation energy in the exponential term, along with the universal gas constant. FTP, identify this chemical equation which related the temperature of a reaction environment to the reaction rate, symbolized by the rate constant k.
It assumes that the steric factor and the collision rate are constants, because these parameters have very little dependence on temperature.