Q 2/ Calculate the critical temperature for starting the commissioning of rubidium vapor Rb87 by Bose-Einstein if you know that the number of atoms of this vapor per unit volume is 5 * 10 12 atons /cm³ and that its atomic weight is 85.47? Then explain why after this isotope of rubidium (it has a mass of 87) of bosons?
Q 2/ Calculate the critical temperature for starting the commissioning of rubidium vapor Rb87 by Bose-Einstein if you know that the number of atoms of this vapor per unit volume is 5 * 10 12 atons /cm³ and that its atomic weight is 85.47? Then explain why after this isotope of rubidium (it has a mass of 87) of bosons?
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![Q 2/ Calculate the critical temperature for starting the commissioning of rubidium vapor
Rb87 by Bose-Einstein if you know that the number of atoms of this vapor per unit volume is
5* 10 12 atons / cm³ and that its atomic weight is 85.47? Then explain why after this isotope
of rubidium (it has a mass of 87) of bosons?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F85b0e629-6d49-498e-89c2-51917b47af54%2F6b9be62b-40ad-4697-a36f-d23c3716a69f%2F8wn0c9e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q 2/ Calculate the critical temperature for starting the commissioning of rubidium vapor
Rb87 by Bose-Einstein if you know that the number of atoms of this vapor per unit volume is
5* 10 12 atons / cm³ and that its atomic weight is 85.47? Then explain why after this isotope
of rubidium (it has a mass of 87) of bosons?
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