ideal gas


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Related to ideal gas: Real gas
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Synonyms for ideal gas

a hypothetical gas with molecules of negligible size that exert no intermolecular forces

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Taking into account the assumed assumptions and the equation of state of an ideal gas corresponding to the Clapeyron-Mendeleyev equation [10], for one mole of the air medium surrounding the metal conductor under investigation before the HPC is exposed to it and one mole of the <<metallic plasma>> in the air after the air EE of the conductor under consideration, write the following gas equation:
Alternative approaches to the sizing formulas were attempted by the authors of this paper, but all efforts yielded that the ideal gas law used by Lockhart and Carlson was the most appropriate.
Therefore, when inter-gas collisions dominate over gas-wall collisions, then kinetic theory, the ideal gas law, Avogadro's hypothesis, Maxwell's velocities etc.
Assuming that there is no heat exchange between the air spring with the additional chamber and the outside air, the inner wall of the air spring system is adiabatic; assuming that the air in the air spring is the ideal gas.
Density is simply the mass of the gas molecules of the ideal gas in a given volume of air.
Combining this with equation (1), the ideal gas law, and noticing that pressure and liquid temperature are nearly constant in our experiment, having a maximum change of 0.
With the assumptions of constant pressure ,constant temperature and ideal gas working fluid the following equations can be obtained by ideal gas equations
The F&E approach is based on physical laws in terms of mass and energy conservation as well as the ideal gas law in differential form, which result in ordinary differential equations (ODEs) [9, 11, 18].
Absorption intensities of ideal gas typically vary linearly with the numerical gas density, but may be as density squared, cubed etc.
The only formula shown explicitly in this article indicates the polytropic efficiency calculated for an ideal gas.
Wandering through the rows of students seated on laboratory stools, I expounded the virtues of the Ideal Gas Law and how it expressed the relationship between pressure, volume and temperature in the reality of our everyday atmospheric conditions.
First, it specifies the range of pressures that the Ideal Gas Law suggests the balls could have read given the temperature change from indoors to outdoors.
Buoyancy was modeled using the incompressible ideal gas method, which treats the air density as a function of the local temperature and the operating pressure field (not on the local relative pressure) using the ideal gas law for an incompressible flow.