semiconductor doping

Capacitance-voltage measurements allow computation of the semiconductor doping level and uniformity.

The demands of his work on radar denied Woodyard the opportunity to pursue research on semiconductor doping.

The effects of semiconductor doping were long known empirically in such devices as crystal radio detectors and selenium rectifiers.

Semiconductor doping is the process that changes an intrinsic semiconductor to an extrinsic semiconductor.

It is commonly used to characterize materials made by semiconductor doping, metal deposition, resistive paste printing, and glass coating.

Replacing the conductor with a semiconductor results in asymmetrical electrowetting behavior (in terms of voltage polarity), depending on the semiconductor doping type and density.

Equations based on Fick's law have been commonly used to model transport processes in foods, neurons, biopolymers, pharmaceuticals, porous soils, population dynamics, nuclear materials, semiconductor doping process, etc.