### Some articles on *clausius*:

Real Gas - Models -

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**Clausius**Model... The

**Clausius**equation (named after Rudolf**Clausius**) is a very simple three-parameter equation used to model gases ...**Clausius**–Duhem Inequality

... The

**Clausius**–Duhem inequality is a way of expressing the second law of thermodynamics that is used in continuum mechanics ... It was named after the German physicist Rudolf

**Clausius**and French physicist Pierre Duhem ...

**Clausius**–Duhem Inequality in Terms of The Specific Entropy

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**Clausius**–Duhem inequality can be expressed in integral form as In this equation is the time, represents a body and the integration is over the volume of the body, represents the surface of the body ... In differential form the

**Clausius**–Duhem inequality can be written as where is the time derivative of and is the divergence of the vector ...

**Clausius**(crater)

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**Clausius**is a lunar crater that is located in the southwest part of the Moon, in the small lunar mare designated Lacus Excellentiae ... It is completely enclosed by mare material, although the tiny satellite crater

**Clausius**A lies just to the north ... The rim of

**Clausius**is low and sharp, with a slightly oval shape that is longer in the north-south direction ...

**Clausius**Theorem - History

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**Clausius**Theorem is a mathematical explanation of the Second Law of Thermodynamics ... Also referred to as the “Inequality of

**Clausius**”, the theorem was developed by Rudolph

**Clausius**who intended to explain the relationship between the heat flow in a system and the entropy of the ...

**Clausius**developed this in his efforts to explain entropy and define it quantitatively ...

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