isothermal

At the end of the isothermal compression stroke, you do your part again.

So a perfect isothermal storage system is impossible to achieve.

Of course, controlled cooling and isothermal experiments are also possible.

Isothermal - gas remains at constant temperature throughout the process.

In contrast, free expansion is an isothermal process for an ideal gas.

For the isothermal conditions the model can be written as:

Thus the water quickly becomes isothermal, at temperatures close to those of the air or ground surface nearby.

The life from fatigue is calculated for isothermal loading conditions.

He devised the isothermal lines used on maps of the world's climate.

"It is not easy to cool an object in an isothermal medium.

The same effect happens in an isothermal atmosphere with the ideal gas assumption.

The water off the American coast, though nearly isothermal, was not entirely perfect for sonar systems.

Such a model may be called isothermal (constant temperature).

Yet another assumption is that the surfaces are isothermal.

The expansion is isothermal and heat Q is taken up.

Phase changes, such as melting or evaporation, are also isothermal processes.

Previous fuel system models using isothermal assumptions are unsuitable because of this.

To maintain the temperature at constant value (as the process is isothermal) heat energy has to leave the system and enter the environment.

However, with practical devices perfect isothermal compression is not attainable.

At low frequencies, the compression is an isothermal process and is equal to one.

Other issues include the time required for heat transfer, particularly for the isothermal processes.

The time between melting and the onset of decomposition in isothermal conditions is measured.

In an Isothermal process the temperature is constant.

When evaluated, the isothermal work is found to be lower than the adiabatic work.

For the study of explosive chemicals, the processes are not necessarily isothermal and isobaric.