Bäcker's Equation

Bäcker's Equation describes how the electrical conductivity of a material changes when subjected to an external electric field. It models the nonlinear relationship between the applied voltage and resulting current, especially in systems where the conductance isn't constant. Essentially, it helps us understand and predict how certain materials or devices respond under different electrical stresses, factoring in effects like charge trapping or field-induced changes. This equation is useful in designing and analyzing electronic components, ensuring they work reliably under varying voltages and fields.