heat capacity

American  

noun

Thermodynamics.

1. the heat required to raise the temperature of a substance one degree.

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heat capacity British  

noun

1. the heat required to raise the temperature of a substance by unit temperature interval under specified conditions, usually measured in joules per kelvin. Symbol: C p (for constant pressure) or C v (for constant volume)

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heat capacity Scientific  

1. The ratio of the heat energy absorbed by a substance to its increase in temperature. Heat capacity is also called thermal capacity.

2. ◆ The specific heat or specific heat capacity of a substance is the heat capacity per unit mass, usually measured in joules per kilogram per degree Kelvin.

3. See also latent heat thermodynamics

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heat capacity Cultural  

1. In physics, the capability of a substance to absorb energy in the form of heat for a given increase in temperature. Materials with high heat capacities, such as water, require greater amounts of heat to increase their temperatures than do substances with low heat capacities, such as metals. (See entropy.)

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Etymology

Origin of heat capacity

First recorded in 1900–05

Compare meaning

How does heat-capacity compare to similar and commonly confused words? Explore the most common comparisons:

• heat capacity vs. specific heat

Example Sentences

Some current models to explain water anomalies cannot adequately reproduce the thermodynamic properties of water, such as its compressibility and heat capacity.

From Science Daily

The females nest underground, which buffers them from variations in air temperature, although soil texture may affect the degree of thermal buffering as sandy soils have a lower heat capacity.

From Science Daily

She assumed that diamond dust, with its high heat capacity, could help.

From Science Daily

For example, we can swap the bolometer material from metal to graphene, which has a lower heat capacity and can detect very small changes in its energy quickly.

From Science Daily

Such properties include a wide variety of measurable traits such as phase equilibria, density, or heat capacity, for example, that characterize physical systems and determine how chemical processes work.

From Science Daily