| 1. | They possess diameters of and a particle number density of roughly.
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| 2. | The constant can be further improved if the particle number is restricted.
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| 3. | The particle number is a fundamental parameter in thermodynamics which is closed systems.
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| 4. | Compare it with the particle number density of the air at the sea level.
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| 5. | The chemical potential is like a force which pushes an increase in particle number.
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| 6. | For example, we can see that the free boson Hamiltonian described above conserves particle number.
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| 7. | The Maxwell relationship for the enthalpy with respect to pressure and particle number would then be:
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| 8. | Since the energy and particle numbers are all separately conserved, these operators are mutually commuting.
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| 9. | One dimension is " k " and the other dimensions is the particle number.
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| 10. | For the same particle number a uniform density gives e " 1.34 } }.
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