Examples of 'is thermodynamically' in a sentence
Meaning of "is thermodynamically"
is thermodynamically - A phrase indicating that something complies with or is consistent with the principles of thermodynamics, a branch of physics that deals with energy and heat transfer
How to use "is thermodynamically" in a sentence
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is thermodynamically
The compressed air motor is thermodynamically simpler.
Chloric acid is thermodynamically unstable with respect to disproportionation.
The reaction to produce pentane is thermodynamically favorable.
The derivation is thermodynamically rigorous at a given level of expansion.
The polymorph of the invention is thermodynamically stable.
The reaction is thermodynamically favored only at high temperatures.
They have no effect on whether or not a reaction is thermodynamically favourable.
It is thermodynamically advantageous to operate the expander at as high a temperature as feasible.
This empty space is thermodynamically unfavorable.
Surface oxide formation is a natural occurring process because it is thermodynamically favorable.
The entire process is thermodynamically reversible.
The synthesis conditions may be those under which diamond is thermodynamically stable.
Sulfurous acid is thermodynamically unstable.
The materials most resistant to corrosion are those for which corrosion is thermodynamically unfavorable.
Carbonate precipitation is thermodynamically favoured at high temperature and low pressure.
See also
Under these conditions carbon deposition on surfaces is thermodynamically inhibited.
Nucleus is thermodynamically favorable.
A transmembrane domain may be any protein structure which is thermodynamically stable in a membrane.
This is thermodynamically unstable.
A high standard energy of formation of an oxide means that the oxide is thermodynamically unstable.
A microemulsion is thermodynamically stable.
A drug delivery system consisting of a lipid matrix and bioactive material which is thermodynamically stable.
The formation of ethers is thermodynamically favorable.
It is thermodynamically a more stable form than Form A.
The unimolecular interaction between blocker and target is thermodynamically favoured over probe hybridisation.
The microemulsion is thermodynamically stable and without any indication of crystallization of apixaban.
The formation of certain isomers of CIA is thermodynamically favored.
The nitrogen release is thermodynamically favored making diazo compounds highly reactive.
Under conditions where the phase I c a is thermodynamically unstable.
An oriented structure that is thermodynamically stable at a given temperature may not be formed instantaneously.
In many cases, only one of the polymorphs is thermodynamically stable.
The equilibrium polymorph is thermodynamically more stable at the specific temperature.
However, in aqueous solution, their formation through conventional mechanisms of condensation is thermodynamically forbidden.
The epitactic growth pathway is thermodynamically favored yielding the lowest energy configuration.
The following reaction expresses the fact that the water molecule is thermodynamically stable,.
The cis form of the polymer is thermodynamically less stable than the trans isomer.
The La phase, easily detected by polarising light microscopy, is thermodynamically stable.
The RIV model is thermodynamically consistent.
Final product of the combustion process, CO2 is a component that is thermodynamically very stable.
The reaction is thermodynamically favorable, because it releases energy.
Due to its exothermic nature, high carbon monoxide conversion is thermodynamically favored at low temperatures.
The engine is thermodynamically simple, but extremely complex in engineering.
The furanose derivative 5 is thermodynamically favored.
Such a phase is thermodynamically unstable but kinetically stable ( metastability ).
In some embodiments, the engineered crosslinked thermoplastic particle is thermodynamically compatible with a thermosetting resin.
This compound is thermodynamically unstable, and has not been produced in bulk.
Consequently, contact with a hydrogenation catalyst necessarily causes cis-trans-isomerization, because the isomerization is thermodynamically favorable.
However, the disproportionation is thermodynamically much more favorable than the transesterification.
The modification with the highest melting point, the B-form, is thermodynamically stable.
However, orthohydrogen is thermodynamically unstable at low temperatures and spontaneously converts into parahydrogen.
