ideal-gas

The real gases are different from the ideal gas. But the behavior of real gases resembles that of the ideal gas under many conditions.

Theorem of equipartition of energy, internal energy of ideal gas. Maxwell distribution law of velocity, Boltzmann distribution law .

This looks just like the ideal gas, where the concentration replaces the partial pressure.

is to use the ideal-gas thermometer to determine accurate values for several fixed points that cover a wide temperature range.

It's kind of like considering the molecules in the solution to act like an ideal gas.

The ideal gas law may turn out to be a very good approximation.

The fuel elements are treated using two models: cluster model and the porous media. The gas coolant is assumed to be the ideal gas.

A gas which deviates from Ideal Gas behaviour is called a non-ideal gas.

The application of Maxwell velocity distribution law rigidly proves that the statistical proof on the state equation of ideal gas.

We just treated the one case of an ideal gas as the temperature is reduced.

Especially suitable for various types of waste gas purification tower, is the ideal gas purification tower auxiliary equipment.

The last time you saw that for an ideal gas, the energy only cared about the temperature.

And molecules in an ideal solution, an ideal solvent, are not very different than molecules in an ideal gas.

So for an ideal gas, we saw that u was only a function of temperature.

In molecular terms, an ideal gas is a gas whose molecules exert no forces of attraction at all.

But the ideal gas does not exist in reality, and this equation cannot apply to the actual gas in general.

At sufficiently high temperature and low pressure this ratio approaches the value R for an ideal gas.

This article elaborates the satutions and analysis about thermal capacity of the ideal gas process and non-process in many ways.

k Now, remember, k, the Boltzmann constant, is just the ideal gas constant per molecule rather than per mole.

Modify the overall problem definition to include the effects of chemical species mixing and turn on the ideal gas law.

Just like an ideal gas.

What happened to the temperature in a Joule expansion in ideal gas?

At the macroscopic level, an ideal gas is defined by a process of extrapolation.

You've just done an adiabatic compression of the ideal gas, you can pretend there is an ideal gas.

A method for calculating circulation efficiency of ideal gas is provided, and it is used for ellipse circulation.

Now, it's a little bit more complicated than for the ideal gas.

An ideal gas, and we're going to be talking about ideal solutions.

For instance, if you look at an expansion of an ideal gas, Not based on thermodynamics, ut based on the statistical mechanics.

It's like the ideal gas law, and one could know that in principle.

let's use the ideal gas law to get rid of the temperature.

So we have a very simple expression which is called the van't Hoff expression, and look at how it resembles the ideal gas law.

That it's equal to the chemical potential RTlogp at one bar for an ideal gas plus RT log p.

You have to have a gas in there because of the ideal gas for the approximation that goes in here.

For the ideal gas it's this.

For the ideal gas, we know that u is volume independent.

V So we can, instead of having the volume of the gas here, we can use the ideal gas law.

in molecular physics, there is the "ideal gas" in which the volumes of the molecules themselves and forces between them are negligible;

Interaction between a reversible engine (A) and a reversible ideal gas Carnot cycle (B). (Illustration courtesy of OCW. )

Formulating of the Internal Pressure Formula of an Ideal Gas in Consideration of Collisions between Molecules

Comments on the Differential Equation of an Ideal Gas in an Arbitrary Quasi- static Process

On the Heat Capacities in Arbitrary Quasistatic Processes of Ideal Gas

General Method to Determine the Extreme Value of Ideal Gas Temperature in Arbitrarily Process

Comparison of microscopic behavior of molecules for real gas and its ideal gas model

Mote Carlo Simulation in Bose- Einstein Condensation in an Ideal Gas

Some methods of calculation the maximum and minimum temperature of ideal gas in thermodynamic processes

Basic differential equation of self-similar motion of one-dimensional nonsteady flow of ideal gas

Application of the state equation of ideal gas in solving chemistry problems

The Comparison of Thermo-physical Property Between Real Gas and Ideal Gas Equation Under Low Temperature

Particle Rapidity and Pseudorapidity Distributions in Ideal Gas Model

A deducing method of the average translational kinetic energy of the ideal gas molecules

The relationship of temperature and mean translation kinetic energy of ideal gas molecule

Discussion of the Equilibrium Constant of Ideal Gas Reaction

The Computational Method of Efficiency of Heat Engine on Elliptical Reversible Ideal Gas

The study of thermal capacity of ideal gas: the thing of its variability is found

Relative velocity distribution of mixed ideal gas molecule

Discussion on Throttling Process with Weak Degenerate Ideal Gas

Discussion on the Distribution of level Kinetic Energy of Ideal Gas Molecule

General self-simulating motion mode of spherical strong shock waves in ideal gas

Heat Engine Efficiency in Elliptical Reversible Cycle of Ideal Gas

Equation of state of an ideal gas

Under ordinary conditions, deviations from Ideal Gas behaviour are so slight that they can be neglected

On the Solution to the Problem of Molar Heat Capacity of Ideal Gas in Linear Quasi- Static Process

Heat absorbed and rejected study on ideal gas quasi-static processes

A Relation Between Internal Energy and State Equation of Ideal Gas

Thermodynamic Function of Ideal Gas

Analysis and Discussion on the Negative Slope Linear Process of Ideal Gas

Ideal Gas Pressure Expressions in Gravity Scene

Chemical Equilibrium in Ideal Gas Mixtures

The efficiency of ellipse circulation for ideal gas

Investigation of Joule Experiment on Non- ideal Gas

Application of the ideal-gas equation

A brief talk about application of ideal gas state equations

A Re-discussion on the Molar Heat Capacity of Ideal Gas and van der Waals Gas

The ideal gas and the third law of thermodynamics are incompatible

On the Discussion of Molar Heat Capacity in the Polytropic Process of Ideal Gas

The Discussion of Ideal Gas During any Quasi-static State

A Statistical Proof on the State Equation of Ideal Gas

Pressure formula of an ideal gas

The most probable value of kinetic energy of ideal gas molecule

An Ideal Gas (perfect gas)is one which obeys

Discussion on the Definition of Ideal Gas

Discussion on the Ideal Gas Equation and Joule's Law

An Analysis on the Inner Pressure for Ideal Gas

The role of ideal gas in thermodynamics

Microscopic model of ideal gas

the model and definition of ideal gas

The Prove of State Equation of Ideal Gas