marlon said:Check out formula's 18 and others of this site :
http://britneyspears.ac/physics/basics/basics.htm
marlon
ps : look at the formula's, NOT the pictures... Remain focussed...It is not easy to study physics
inha said:haha. we used that page at a solid state physics course I took.
marlon said:same here
marlon
Charge carrier density refers to the number of charge carriers per unit volume in a material. Charge carriers can be either positive (such as protons) or negative (such as electrons).
Charge carrier density can be measured using various techniques, such as Hall effect measurements, conductivity measurements, or capacitance measurements.
The main factors that affect charge carrier density are temperature, impurities in the material, and the type of material (e.g. metal, semiconductor, insulator).
Charge carrier density is an important property in understanding the electrical behavior of materials. It affects the material's conductivity, resistivity, and other electrical properties.
The movement of charge carriers is responsible for current flow in a material. Therefore, higher charge carrier density typically results in higher current flow, while lower charge carrier density results in lower current flow.