The Universal Description of Arbitrary Dimensional Ideal Fermi Gas Under the Conditions of Complete Degeneration and Strong Degeneration of Low Temperature
Zhan Li-bo
Abstract
Zhan Li-bo
Abstract
we derive the quantum state density, the relation of internal energy and the pressure of arbitrary dimensional ideal gases that have energy spectrum of e = ap5 , and then offer the universal descriptions of chemistry potential, internal energy ,degenerate pressure and relative fluctuation of arbitrary dimensional ideal Fermi gases, through analysis and comparison, we draw a conclusion that when temperature approaches zero, thermodynamic quantities of high degenerate Fermi gases under low temperature trend to that of the complete degenerate Fermi gases.
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we derive the quantum state density, the relation of internal energy and the pressure of arbitrary dimensional ideal gases that have energy spectrum of e = ap5 , and then offer the universal descriptions of chemistry potential, internal energy ,degenerate pressure and relative fluctuation of arbitrary dimensional ideal Fermi gases, through analysis and comparison, we draw a conclusion that when temperature approaches zero, thermodynamic quantities of high degenerate Fermi gases under low temperature trend to that of the complete degenerate Fermi gases.
Key concepts: Degenerate energy levels, Fermi gas, Fermi Gamma-ray Space Telescope, Ideal gas, Ideal (ethics), Fermi resonance, Internal energy, Fermi energy