Suppose that an electron having a total energy E of 30 eV, as show in the figure below, approaches a barrier of height Up = 40 eV and thickness L = 1 nm. a) What is the probability that the electron tunnels through the barrier? b) What is the probability that the electron tunnels through the barrier if the thickness L = 0.1 nm? Energy -E- Electron c) What is the probability that a proton with same total of energy E of 30 eV will be transmitted through the barrier of height Up = 40 eV and thickness L = 1 nm? 0 L
Suppose that an electron having a total energy E of 30 eV, as show in the figure below, approaches a barrier of height Up = 40 eV and thickness L = 1 nm. a) What is the probability that the electron tunnels through the barrier? b) What is the probability that the electron tunnels through the barrier if the thickness L = 0.1 nm? Energy -E- Electron c) What is the probability that a proton with same total of energy E of 30 eV will be transmitted through the barrier of height Up = 40 eV and thickness L = 1 nm? 0 L
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Transcribed Image Text:4) Suppose that an electron having a total energy E of 30 eV, as show in the figure below,
approaches a barrier of height Ub = 40 eV and thickness L = 1 nm.
a) What is the probability that the electron
tunnels through the barrier?
b) What is the probability that the electron
tunnels through the barrier if the
thickness L = 0.1 nm?
Energy
E
Electron
c) What is the probability that a proton
with same total of energy E of 30 eV
will be transmitted through the barrier
of height Ub = 40 eV and thickness L =
1 nm?
0 L
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