Bose Einstein Condensation and Thermodynamics Properties in Bose-Einstein Distribution (original) (raw)

The calculation of the thermodynamic properties in the Bose-Einstein distribution is presented. The behaviour of the Bose-gas in the Bose-Einstein distribution is analysed based on high and low temperature dependence. At > all particles are in the excited state and the ground state is essentially occupied. But at B T T < particles gradually falls to the ground state and eventually contains all the particles in the system as. 0 → T The analytical expressions for some important parameters such as Bose-Einstein condensation of an ideal Bose gas, the population density of the excited and ground state particles are also presented. Heart capacity of an ideal Bose gas and total internal energy are also calculated and the results presented graphically. The results obtained are consistent with those found in the literatures.