A metallic crystalline slice of constant 4.5 Å lattice was shed by a light field of length. A wave of 5.2 um causes the electrons to be excited to higher energy levels. Calculate 1- The density of the electrons' concentration In Slide 2 - The energy of the excited levels 3 - The energy of the ground levels after removing the field.
A metallic crystalline slice of constant 4.5 Å lattice was shed by a light field of length. A wave of 5.2 um causes the electrons to be excited to higher energy levels. Calculate 1- The density of the electrons' concentration In Slide 2 - The energy of the excited levels 3 - The energy of the ground levels after removing the field.
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![A metallic crystalline slice of
constant 4.5 Å lattice was shed
by a light field of length.
A wave of 5.2 µm causes
the electrons to be excited to
higher energy levels. Calculate
1- The density of the electrons'
concentration
In Slide 2 - The energy of the
excited levels 3 - The energy
of the ground levels after
removing the field.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffa16ec07-1574-48bd-9c5a-b9cf8811fbed%2Fb473c7e9-46cf-484d-89a4-2d1e1a644df1%2Fmhj3xkp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A metallic crystalline slice of
constant 4.5 Å lattice was shed
by a light field of length.
A wave of 5.2 µm causes
the electrons to be excited to
higher energy levels. Calculate
1- The density of the electrons'
concentration
In Slide 2 - The energy of the
excited levels 3 - The energy
of the ground levels after
removing the field.
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