Matter is in its ground state, and contains no thermal energy.

This was the first supply of thermal energy by a nuclear power station.

The heat of fusion is used to release the thermal energy.

Any addition of thermal energy results in a phase transition.

As a result, more thermal energy is converted in insects.

The object would be described as having zero thermal energy.

The most common form of excitation is by thermal energy.

No qualitative difference exists between the thermal energy added by other means.

Sensible heat therefore only increases the thermal energy of a system.

Thermal energy can be stored in the temperature of an object.

As a thermal energy storage device, this could be great for building materials.

At zero temperature the system must be in a state with the minimum thermal energy.

Here the fluid may be any material that contains thermal energy, such as water or air.

It would be powered by thermal energy from black smokers.

Heat is a measure of the total thermal energy possessed by the entire substance.

The thermal energy of a system scales with its size and is therefore an extensive property.

Its power source is the thermal energy found at Titan's core.

The thermal energy transfer from one system to another.

In these contexts, heat is taken as synonymous to thermal energy.

These effects minimize the transfer of thermal energy to the lower atmosphere.

Near absolute zero, however, molecules have much less thermal energy.

I believe in solar thermal energy but we addressed the most urgent needs.

For deposition to occur, thermal energy must be removed from a gas.

In this model, thermal energy is equally kinetic and potential.

In this situation atmosphere simply flows off into space, driven by thermal energy.