(1-8) Find the diffusion coefficient of holes and electrons for Germanium at 300 k. Themobilities in cm2/v-s at 300 k for electrons and holes are respectively 3600 and 1700. Density of carriers is2.5x 10/m .Boltzmann constant K=l.38 x 10.carrier

Given: The temperature is T=300 K. The carrier mobility for electrons is ue=3600 cm2/V-s. The…

(1-8) Find the diffusion coefficient of holes and electrons for Germanium at 300 k. The mobilities in cm?/v-s at 300 k for electrons and holes are respectively 3600 and 1700. Density of carriers is 2.5x 10/m .Boltzmann constant K=1.38 x 103. carrier

(1-8) Find the diffusion coefficient of holes and electrons for Germanium at 300 k. The mobilities in cm?/v-s at 300 k for electrons and holes are respectively 3600 and 1700. Density of carriers is 2.5x 10/m .Boltzmann constant K=1.38 x 103. carrier

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 68P: Using the method of the preceding problem, estimate the fraction of nitric oxide (NO) molecules at a...

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Question

(1-8) Find the diffusion coefficient of holes and electrons for Germanium at 300 k. The
mobilities in cm2/v-s at 300 k for electrons and holes are respectively 3600 and 1700. Density of carriers is
2.5x 10/m .Boltzmann constant K=l.38 x 10.
carrier

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