Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Ma, Tian Wang, Shouhong

In this paper, we present a new statistical theory of heat based on the statistical theory of thermodynamics and on the recent developments of quantum physics. One motivation of the theory is the lack of physical carriers of heat in classical ther-modynamics. Another motivation is the recent discovered photon cloud structure of electrons. This lead...

Michel, Denis

Although first-order rate constants are basic ingredients of physical chemistry, biochemistry and systems modeling, their innermost nature is derived from complex physical chemistry mechanisms. The present study suggests that equivalent conclusions can be more straightly obtained from simple statistics. The different facets of kinetic constants are...