The difference between its two types is proportional to the square of the thermal expansion coefficient and inversely related to the isothermal bulk modulus.
Energy band gaps in substances like vanadium cause this parameter to increase asymptotically near the critical temperature. The difference between its two types is proportional to the square of the thermal expansion coefficient and inversely related to the isothermal bulk modulus. The model for it as temperature approaches zero is the Debye T-cubed law, which assumes a continuous state distribution, an improvement on Einstein's quantum atomic oscillator model. Its limit is equal to 3 times the gas constant as given by the Law of Dulong and Petit. FTP, name this thermodynamic quantity, the amount of heat required to raise a mass unit's temperature by one degree centigrade.
Energy band gaps in substances like vanadium cause this parameter to increase asymptotically near the critical temperature.
heat capacity (accept specific heat?)