what is relation between resistivity and relaxation time
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Relaxation time represents the effect of collisions between electrons and ions or impurities on electrical conduction in a metal.
Relation between relaxation time and resitivity is given as below:
Relaxation time(Tau)=
[Mass of an electron(m) / {number density(n) X square of magnitude of charge of an electron(e²) X Resitivity(Rho)]
Relation between relaxation time and resitivity is given as below:
Relaxation time(Tau)=
[Mass of an electron(m) / {number density(n) X square of magnitude of charge of an electron(e²) X Resitivity(Rho)]
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