Sentence examples for changes of adsorption from inspiring English sources
The standard enthalpy, ΔHoads, entropy, ΔSoads and free energy changes of adsorption ΔGoads were evaluated using a proposed quadratic equation based on an inverse square dependence of the heat capacity on temperature.
DFT calculations show significant changes of adsorption energy of oxygen molecule and robustness of the charge transfer to variations of the graphene-like substrate morphology (flat and corrugated mono- and bi-layered graphene) as well as edges' passivation.
Hu et al. (2003a) studied the changes of adsorption and decolorization of Procion Red MX-5B (MX-5B) and Cationic Blue X-GRL (CBX) with pH.
The large negative values of the standard free energy changes of adsorption (∆G°ads), obtained for PSCs, indicate that the reaction is proceeding spontaneously and accompanied with a high efficient adsorption.
The large negative values of the standard free energy changes of adsorption ((Delta G_{text{ads}}^{{^circ }})), obtained for BPP, indicate that the reaction is proceeding spontaneously and accompanied with a high efficient adsorption.
The value of De showed a similar tendency to the change of adsorption capacities.
The mechanism of As V) adsorption is assessed to be electrostatic rather than ion exchange as evaluated from mean free energy change of adsorption using Dubinin Raduskevich model.
The criteria proposed to determine the optimum regeneration conditions are the working adsorption capacity, the rate of desorption and the change of adsorption capacity between consecutive cycles.
The platforms of Tafel slope and anode potential (900 1050 h) indicated that the change of the oxygen evolution reaction (OER) mechanism was the main reason for degradation of Ti/IrO2 0.7) + MnO2 0.3) anode due to the change of adsorption intermediate.
From the slopes and intercepts of these straight lines represented in Fig. 5, the enthalpy change of adsorption (ΔH°) and entropy change of adsorption (ΔS°) were evaluated and represented in Table 2.
{ ln }k_{text{d}} frac{{Delta S^{text{o}} }}{T} - frac{{Delta H^{text{o}} }}{text{RT}} (11 where ΔS° is the entropy change of adsorption, ΔH° is the enthalpy change of adsorption, R is the gas constant, and T is the absolute temperature.
