Examples of 'thermodynamical' in a sentence
Meaning of "thermodynamical"
thermodynamical (adjective): Relating to the branch of physical science that deals with the relations between heat and other forms of energy
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How to use "thermodynamical" in a sentence
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thermodynamical
Thermodynamical modeling of phase change solvent system.
I can stimulate my intellect without further thermodynamical disruption.
Thermodynamical behaviour of aqueous solutions in porous building materials.
This allows us to extract all the thermodynamical quantities of interest.
Thermodynamical models of information processing.
This definition of entropy does not have a clear thermodynamical interpretation.
Thermodynamical design of all components.
This enables to reach a potential efficiency close to the thermodynamical limit.
Thermodynamical models for solutions.
Cyclic processes were important conceptual devices in the days of thermodynamical investigation.
The thermodynamical model.
The paper used average forces to some extent instead of thermodynamical functions.
Local thermodynamical equilibrium.
This site transition allows us to reconcile our kinetic and thermodynamical results.
Developing of the thermodynamical model aimed in this work was satisfied.
See also
On the other hand the system is still an insulator in the thermodynamical sense.
Thermodynamical slag models.
The compressor type was determined from thermodynamical cycle and adimensional analysis.
Thermodynamical optimisation of engines.
To know and to use different expressions of energy and work involved in a thermodynamical system.
The thermodynamical study has shown sensitive deviations from ideal mixtures.
The zinc was chosen as a test material because its thermodynamical properties are well known.
A thermodynamical potential is built using three internal variables described at macroscopic scale.
Structures entailed by the binding of such proteins were then characterized at the thermodynamical equilibrium.
Thermodynamical incompatibility of plastics creating limited miscibility creates separation possibility within selected solubility.
It is possible to derive expressions for reduced density operators from the thermodynamical potential.
However, in quantum materials, thermodynamical concepts seem to need to be revisited.
The metals M alloyed to platinum are actually unstable from a thermodynamical point of view.
Due to its thermodynamical conditions, their intracluster atmosphere is completely ionised.
CSP is a solar power generation technology also called thermodynamical solar energy.
In the thermodynamical limit, the specific entropy becomes independent on the choice of δE.
Specifications and characteristics of the components of the thermodynamical loop of Chaudes Aiguës.
Like most thermodynamical quantities, it can be expressed as a function of these two variables.
Nevertheless, the materials allowed to go over the thermodynamical azeotropic limit.
Next, we focus on the thermodynamical features of the superconductor-based tunnel junctions.
It is a constant at a given temperature, which can be calculated, using thermodynamical tables.
In particular, it depends on the thermodynamical prescriptions of the disk model that is considered.
Figure 1 shows clearly that the synergy has a thermodynamical character.
We discuss the thermodynamical formalism in an expansive model, obtaining, in zero temperature, maximizing probabilities.
In particular, we show for our models a Clausius-Duhem like thermodynamical inequality.
The thermodynamical critical point is characterized by scale-free quantities and long-range correlations.
The perturbations of the geostrophic equilibrium leading to quasi-geostrophic motion come from thermodynamical atmospheric phenomena.
As thermodynamical objects with non-zero temperature, black holes should emit thermal radiation.
All these experimental information are finally considered within a thermodynamical framework used for deri-ving constitutive laws.
This work shows a thermodynamical study of one-dimensional lattice models, used to simulate the dna.
That 's why we have made a 1D reactive-diffusive model at thermodynamical equilibrium of the gaseous boundary layer.
Morever, the thermodynamical study permitted to introduce a thermodynamical force associated with the moving dislocation.
The physicist calls this the state of thermodynamical equilibrium, or of ' maximum entropy '.
Our thermodynamical approach successfully accounts for the coexistence of binary phospholipid mixtures such as DOPC-DPPC.
However, in quantum devices, thermodynamical concepts need to be revisited.
