Matthews

Find the velocity v and position r as functions of t for a particle of mass m which starts from rest at x=0 at time t=0 and subject to the following forces: F=Fo F=Fo +bti F=Fo coswt F=kt^2

From the previous data, what electric field (in ) over the gradient zone of would be required to compensate the electron diffusion flux with an electron drift flux? The electron mobility in silicon is and the direction of drift to compensate diffusion flu...