例句與造句

1. Since the Gibbs free energy change is negative, aluminium can reduce chromium oxide.
2. This gives a favourable enthalpy contribution to the Gibbs free energy change for the reaction
3. The acid dissociation constant for an acid is a direct consequence of the underlying Gibbs free energy change for the reaction.
4. The Gibbs free energy change here is expressed frequently also as electrochemical ion gradient & Delta; & mu; m+
5. In practice, the efficiency is given by electrical work achieved divided by the Gibbs free energy change of the reaction.
6. It's difficult to find gibbs free energy change in a sentence. 用gibbs free energy change造句挺難的
7. The Ellingham diagram plots the Gibbs free energy change ( ?G ) for each oxidation reaction as a function of temperature.
8. In other words, they correspond to successively smaller Gibbs free energy changes for the overall redox reaction " Donor ?
9. where \ Delta G ^ \ ominus is the standard Gibbs free energy change, is the number of electrons involved, and is Faraday's constant.
10. The enzymatic mechanism of forming oxaloacetate is very exothermic and thereby irreversible; the biological Gibbs free energy change ( ?% G? ) is-30kJmol  " 1.
11. The intergrown phases may be planar or rodlike, depending on the volume proportions of the phases, their interfacial free energies, the rate of reaction, the Gibbs free energy change, and the degree of recrystallization.
12. This equation quickly enables the calculation of the Gibbs free energy change for a chemical reaction at any temperature " T " 2 with knowledge of just the Standard Gibbs free energy change of formation and the Standard enthalpy change of formation for the individual components.
13. This equation quickly enables the calculation of the Gibbs free energy change for a chemical reaction at any temperature " T " 2 with knowledge of just the Standard Gibbs free energy change of formation and the Standard enthalpy change of formation for the individual components.
14. where k _ { et } is the rate constant for electron transfer, | H _ { AB } | is the electronic coupling between the initial and final states, \ lambda is the reorganization energy ( both inner and outer-sphere ), and \ Delta G ^ \ circ is the total Gibbs free energy change for the electron transfer reaction ( k _ b is the Boltzmann constant and T is the absolute temperature ).
15. Constant pressure, constant temperature reactions are exergonic if and only if the Gibbs free energy change is negative (  " " G " < 0 ) . " Exergonic " ( from the prefix exo-, derived for the Greek word ?? " exM
    ", " outside " and the suffix-ergonic, derived from the Greek word ???? " ergon ", " work " ) means " releasing energy in the form of work ".
16. Δ G is the Gibbs free energy change ( kJ & middot; mol  " 1 ) during transfer of 1 mol of cations X m + from the phase A to B down the electrical potential, & Delta; & psi; is the electrical potential difference ( mV ) between phases P and N ( A and B ), [ X m + ] A and [ X m + ] B are our cation concentrations on opposite sides of the membrane, F is the Faraday constant, R gas constant.