3. Consider an ideal gas of bosons of (number) density n in a large three-dimensional volume V (the total number of bosons is thus N dispersion relation nV). Assume that the bosons obey the = a\p]* , where the exponent a > 0. Calculate the Bose-Einstein condensation temperature Te as a function of the density n. In what range of a can Bose-Einstein condensation occur?
3. Consider an ideal gas of bosons of (number) density n in a large three-dimensional volume V (the total number of bosons is thus N dispersion relation nV). Assume that the bosons obey the = a\p]* , where the exponent a > 0. Calculate the Bose-Einstein condensation temperature Te as a function of the density n. In what range of a can Bose-Einstein condensation occur?
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![3. Consider an ideal gas of bosons of (number) density n in a large three-dimensional volume
V (the total number of bosons is thus N =
dispersion relation
nV). Assume that the bosons obey the
= a\p]ª ,
where the exponent a > 0. Calculate the Bose-Einstein condensation temperature Te as a
function of the density n. In what range of a can Bose-Einstein condensation occur?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff1a1667b-8a5a-4e47-835d-4d101c23ba8d%2F3c9bc0fc-bf4e-4f17-8f5e-5dc0d170c04d%2Fa13abvt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. Consider an ideal gas of bosons of (number) density n in a large three-dimensional volume
V (the total number of bosons is thus N =
dispersion relation
nV). Assume that the bosons obey the
= a\p]ª ,
where the exponent a > 0. Calculate the Bose-Einstein condensation temperature Te as a
function of the density n. In what range of a can Bose-Einstein condensation occur?
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