adiabatic

By definition therefore, adiabatic work cannot be done on an open system.

The return to the initial state is not conducted by doing adiabatic work on the system.

This part of the power stroke is called "adiabatic expansion."

Often adiabatic processes are also used, where no heat is exchanged.

In other words: the entropy of adiabatic systems can only increase.

If the compression is adiabatic the gas temperature goes up.

They found that the liquid water content was below adiabatic values.

It corresponds to an adiabatic process with no heat exchange.

The air is compressed and experiences an adiabatic increase in temperature.

Such processes are not restricted to adiabatic transfers of energy as work.

For isolated systems, an adiabatic change allows no heat to flow in or out.

For an adiabatic process, and thus the integral amount work done is equal to the change in internal energy.

But in reality he also relied heavily on the concept of an adiabatic process.

The property is either called the adiabatic index or the heat capacity ratio.

His theory of adiabatic invariants was important in fusion research.

In 2 dimensions, the adiabatic exchange of particles is not necessarily possible.

Mostly adiabatic conditions were applied with the time integration step of 6 seconds.

Therefore the lapse-rate is close to adiabatic to very great depths.

Tell him you'd rather have a dozen ergs and an adiabatic expansion.

This temperature is conservative with respect to reversible adiabatic changes.

If the process took a path other than an adiabatic path, the work would be different.

The air heats up from adiabatic heating during its descent.

For the second case, the tip is assumed to be adiabatic or completely insulated.

However, most research has focused on building adiabatic logic, which is a promising design for low power applications.

The speed can be calculated thermodynamically based on adiabatic expansion.