Relations between heat and work and thermodynamic data of chemical reactions are given. They are derived with the theory of the thermodynamic of irreversible processes using a number of homogeneous regions. There are considered several sorts of entropy production and their effects on the efficiency. Hereby statements are possible on thermochemical cyclic processes, especially on the thermochemical cyclic process for the production of hydrogen and oxygen from water
A generalized theory of thermal transpiration and thermal diffusion based on thermodynamics of irrev...
Is there a link between the macroscopic approach to irreversibility and microscopic behaviour of the...
In this paper, conditions of minimal dissipation for processes occurring in chemical reactors with a...
The importance of irreversible entropy production is emphasized. The first and second laws of thermo...
A thermochemical method is presented by which multiphase processes can be simulated with concurrent ...
Theoretical energy requirements for water splitting are well known. The values of ~H and aS of "...
This work is focused on study of thermodynamic processes and cycles composed from this processes, ch...
In this report, some aspects of the production of hydrogen from water using heat from the High Tempe...
Often, second law-based studies present merely entropy calculations without demonstrating how and wh...
The present study aims at investigating and simulating the hydrogen cycle production at low temperat...
The distinction between system-based and surroundings-based definitions of thermodynamic heat (q) an...
This program heats things up with a concentrated analysis of thermochemistry, explaining precisely h...
The dynamical behavior of an overdamped mechanical model devoid of any usual thermal effects is anal...
ow t p mb ba es chemical reactions, in terms of the chemical equivalent of Carnot’s cycle for heat e...
Abstract: A novel method for determining the entropy associated with irreversible processes has been...
A generalized theory of thermal transpiration and thermal diffusion based on thermodynamics of irrev...
Is there a link between the macroscopic approach to irreversibility and microscopic behaviour of the...
In this paper, conditions of minimal dissipation for processes occurring in chemical reactors with a...
The importance of irreversible entropy production is emphasized. The first and second laws of thermo...
A thermochemical method is presented by which multiphase processes can be simulated with concurrent ...
Theoretical energy requirements for water splitting are well known. The values of ~H and aS of "...
This work is focused on study of thermodynamic processes and cycles composed from this processes, ch...
In this report, some aspects of the production of hydrogen from water using heat from the High Tempe...
Often, second law-based studies present merely entropy calculations without demonstrating how and wh...
The present study aims at investigating and simulating the hydrogen cycle production at low temperat...
The distinction between system-based and surroundings-based definitions of thermodynamic heat (q) an...
This program heats things up with a concentrated analysis of thermochemistry, explaining precisely h...
The dynamical behavior of an overdamped mechanical model devoid of any usual thermal effects is anal...
ow t p mb ba es chemical reactions, in terms of the chemical equivalent of Carnot’s cycle for heat e...
Abstract: A novel method for determining the entropy associated with irreversible processes has been...
A generalized theory of thermal transpiration and thermal diffusion based on thermodynamics of irrev...
Is there a link between the macroscopic approach to irreversibility and microscopic behaviour of the...
In this paper, conditions of minimal dissipation for processes occurring in chemical reactors with a...
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