ABSTRACT. A recently-developed theory of extended thermodynamics of dense gases is reviewed and its characteristic features are discussed. The discussion is made in the following four cases separately: (i) Rarefied monatomic gases, (ii) rarefied polyatomic gases, (iii) dense monatomic gases, and (iv) dense polyatomic gases. In particular, for rarefied polyatomic gases, we exemplify the validity of the theory through comparing the dispersion relation for sound with experimental data. Dedicated to Prof. Giuseppe Grioli on the occasion of his 100th birthday. 1
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
none4siWe study the dispersion relation for sound in rarefied polyatomic gases (hydrogen, deuterium ...
We study the dispersion relation for sound in rarefied polyatomic gases basing on the recently devel...
none4siWe study the dispersion relation for sound in rarefied polyatomic gases basing on the recentl...
We study the dispersion relation for sound in rarefied polyatomic gases basing on the recently devel...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We summarize the recent results and current open problems in extended thermo- dynamics (ET) of both ...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
We study extended thermodynamics of dense gases by adopting the system of field equations with a dif...
none4siWe study the dispersion relation for sound in rarefied polyatomic gases (hydrogen, deuterium ...
We study the dispersion relation for sound in rarefied polyatomic gases basing on the recently devel...
none4siWe study the dispersion relation for sound in rarefied polyatomic gases basing on the recentl...
We study the dispersion relation for sound in rarefied polyatomic gases basing on the recently devel...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...
Extended thermodynamics (ET) developed up to now fails when a gas is very dense and is composed of m...