The driving force for silicon diffusion out is believed to originate from the negative Gibbs free energy of Nb silicide formation (Fig.
What does G stand for?
G stands for Gibbs Free Energy (thermodynamics)
This definition appears very frequently and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of G
- Gauge (syringes)
- Gauss (magnetic flux density)
- Gefreiter (German)
- General Audiences (movie rating)
- General Intelligence Factor (psychology/psychometrics)
- Generator, Tachometer Generator, Exciter, or Rotating Amplifier
- Genus (mathematics)
- Gerard Thematic Catalog (music, Italian)
Samples in periodicals archive:
RESULTS AND DISCUSSION Compatibility and Interactions Between TPU and PA1212 The compatibility of two polymers is governed by at least two important factors: (1) the Gibbs free energy of mixing, [DELTA][G.
The free energy change ([DELTA]G) of a protein folding reaction can be calculated via, [DELTA]G = [DELTA]H - T[DELTA]S (1) Where [DELTA]G is the Gibbs free energy (J/mol), [DELTA]H is enthalpy (J/mol), T is the temperature in Kelvin (K), and [DELTA]S is the entropy (J/mol K).
This leads us to the Gibbs free energy G, (not to be confused with shear modulus G) which defines the maximum work a process can perform under a constant pressure thus; G = H - TS 3 Gibbs free energy G is equal to heat content (enthalphy H) minus temperature T times entropy S.
The photons would recharge all the electric and concentration gradients, all the proteins would become regenerated and re-polarized, the Gibbs free energy would be increased to a large enough value that it may easily decrease and so all the important chemical reactions are available again for the biological coupling processes.
in general, the thermodynamics and the phase diagram of a ternary system become available by using the Gibbs free energy of mixing.