7.48 The scattering cross section for the scattering of electrons by a rare gas of krypton atoms exhibits a low-energy minimum at E ~ 0.9 V. Assuming that the diameter of the atomic well seen by the electrons is 1 Bohr radius, calculate its depth.
7.48 The scattering cross section for the scattering of electrons by a rare gas of krypton atoms exhibits a low-energy minimum at E ~ 0.9 V. Assuming that the diameter of the atomic well seen by the electrons is 1 Bohr radius, calculate its depth.
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![7.48 The scattering cross section for the scattering of electrons by a rare gas of krypton atoms
exhibits a low-energy minimum at E - 0.9 V. Assuming that the diameter of the atomic well
seen by the electrons is 1 Bohr radius, calculate its depth.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb1693c74-9c17-4040-838c-6f6003def620%2F5fc2f3e6-a6fe-425f-85ee-156f94895446%2Fknyv8rq_processed.png&w=3840&q=75)
Transcribed Image Text:7.48 The scattering cross section for the scattering of electrons by a rare gas of krypton atoms
exhibits a low-energy minimum at E - 0.9 V. Assuming that the diameter of the atomic well
seen by the electrons is 1 Bohr radius, calculate its depth.
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