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...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

{{r|Heat capacity}}

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str

...math>. It is sometimes referred to as the '''adiabatic index''' or the '''heat capacity ratio''' or the '''isentropic expansion factor''' or the '''adiabatic expon ...th> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingly, we can express the enthalpy as

...math>. It is sometimes referred to as the '''adiabatic index''' or the '''heat capacity ratio''' or the '''isentropic expansion factor''' or the '''adiabatic expon ...th> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingly, we can express the enthalpy as

'''Accidental overheating.''' The pool of molten sodium has enough heat capacity to absorb the decay heat if there is a total loss of power. Hot sodium will

|align=left|=  '''liquid [[specific heat capacity|specific heat]] at upstream temperature and pressure, J/(kg · °C)''

|align=left|=  '''liquid [[specific heat capacity|specific heat]] at upstream temperature and pressure, J/(kg · °C)''

|align=left|= [[specific heat capacity]] of the gas at constant pressure |align=left|= specific heat capacity of the gas at constant volume