Примери за използване на Chemical potential на Английски и техните преводи на Български
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Chemical potential energyEdit.
Gravitational, Elastic and Chemical Potential Energy.
Chemical Potential Energy- is stored in food and fuel.
This process of acidification has stored the energy of the volcano as chemical potential energy.
When pressure is constant, chemical potential is the partial molar Gibbs free energy.
Thus, the pressure of the solution has to be increased in an effort to compensate the loss of the chemical potential.
When both temperature andpressure are held constant, chemical potential is the partial molar Gibbs free energy.
Chemical potential energy is a form of potential energy related to the structural arrangement of atoms or molecules.
Holding the pressure, the addition of solute decreases the chemical potential(an entropic effect).
We can therefore write the chemical potential of the solvent as μ v( x v, p′){\displaystyle\mu_{ v}( x_{ v}, p')}.
There is also the grand canonical ensemble, in which the system can exchange heat and particles with the environment, with a fixed temperature,volume and chemical potential.
Batteries convert electricity into chemical potential energy for storage and back into electrical energy as needed.
In our Reverse Osmosis system, an applied pressure is used to overcome osmotic pressure, a colligative property,that is driven by chemical potential differences of the solvent, a thermodynamic parameter.
In semiconductor physics, the chemical potential of a system of electrons at a temperature of zero Kelvin is known as the Fermi energy.[4].
However, more attention should be paid to the surface decarbonization caused by the increase of carbon activity and chemical potential gradient of Si in austenite.
The compartment containing the pure solvent has a chemical potential of μ 0( p){\displaystyle\mu^{0}(p)}, where p{\displaystyle p} is the pressure.
The chemical potential of a species in a mixture can be defined as the slope of the free energy of the system with respect to a change in the number of moles of just that species.
On the other side, in the compartment containing the solute, the chemical potential of the solvent depends on the mole fraction of the solvent, 0< x v< 1{\displaystyle 0.
The chemical potential of a species in a mixture is defined as the rate of change of a free energy of a thermodynamic system with respect to the change in the number of atoms or molecules of the species that are added to the system.
At the moment,we see no evidence that the opposition has any chemical potential, despite repeated statements from Russia,” Mattis said.
In thermodynamics, chemical potential of a species is energy that can be absorbed or released due to a change of the particle number of the given species….
The grand canonical partition function applies to a grand canonical ensemble, in which the system can exchange both heat and particles with the environment, at fixed temperature,volume, and chemical potential.
These different forms for the chemical potential are all equivalent, meaning that they have the same physical content, and may be useful in different physical situations.
When two liquids of different concentration are separated bya semi permeable membrane, the fluid has a tendency to move from low to high solute concentrations for chemical potential equilibrium.
In thermodynamics, chemical potential of a species is energy that can be absorbed or released due to a change of the particle number of the given species, e.g. in a chemical reaction or phase transition.
When two liquids with different concentrations of a solute are separatedby a semipermeable membrane, the fluid has a tendency to move from low to high solute concentrations for chemical potential equilibrium.
In thermodynamics, chemical potential of a species is a form of energy that can be absorbed or released during a chemical reaction or phase transition due to a change of the particle number of the given species.
For this system, the Green's function can be written(near its poles) in the form G( ω, p)≈ Z ω+ μ- ϵ( p){\displaystyle G(\omega,p)\approx{\frac{Z}{\omega+\mu-\epsilon(p)}}} where μ{\displaystyle\mu}is the chemical potential and ϵ( p){\displaystyle\epsilon(p)} is the energy corresponding to the given momentum state.
In no way were treatments correctly given for any potential chemical agent.