An electron of energy 5.02 eV come across a 9.54 eV high barrier. Calculate the tunneling probability of the electron for the barrier width of 0.47 nm. (a) 4.21x10- (b) 2.17×105 (c) 1.44 x10 (d) 1.96 x10
An electron of energy 5.02 eV come across a 9.54 eV high barrier. Calculate the tunneling probability of the electron for the barrier width of 0.47 nm. (a) 4.21x10- (b) 2.17×105 (c) 1.44 x10 (d) 1.96 x10
Related questions
Question
An electron of energy 5.02even come across a 9.54even high barrier. Calculate the tunneling probability of the electron for the barrier width of 0.47NM.

Transcribed Image Text:An electron of energy 5.02 eV come across a 9.54 eV high barrier. Calculate the tunneling
probability of the electron for the barrier width of 0.47 nm.
(a) 4.21x10-
(b) 2.17×10
(c) 1.44 x10
(d) 1.96 x 10
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
