એન્ટ્રોપિક,

entropic's Usage Examples:

J Y Y     Specific enthalpy h J/kg Y Entropy S J/K Y Temperature T Y (entropic)     Specific entropy s J/(kg K) Y Fugacity f N/m2 Y Gibbs free energy.

compression Ideal Brayton Cycle 1->2 Isentropic compression in a compressor Ideal Vapor-compression refrigeration Cycle 1->2 Isentropic compression in.

Entropic gravity, also known as emergent gravity, is a theory in modern physics that describes gravity as an entropic force—a force with macro-scale homogeneity.

This fact is used in isentropic analysis, a form of synoptic analysis which allows visualization of air motions and in particular analysis of large-scale vertical motion.

units: kg/m3) u local flow velocity, (SI units: m/s) K bulk modulus of elasticity, (SI units: Pa) For isentropic processes, the Cauchy number may.

This implies that the pressure of an ideal gas has an entropic origin.

Brownian motion The entropic approach to Brownian movement was initially proposed by R.

n1} for an isothermal process, n γ {\displaystyle n\gamma } for an isentropic process.

It orbited near a dying red dwarf star for warmth because the whole N-Zone is experiencing entropic decay.

In a modern view the entropic interaction is considered to be a real-life interaction, and it is viewed as a mutual influence of open thermodynamic systems on each other by means of transferring information about their states, changing their entropies and translation of these systems into more probable conditions.

"isentropic" can be interpreted in another way, since its meaning is deducible from its etymology.

An isentropic process is depicted as a vertical line on a T–s diagram, whereas an isothermal.

The concept of entropic interaction was usually used in a subjunctive mood.