Using the mndom patch model, kinetic expressions arc derived for the pressure dependence of first-and second-order surface reactions\_ Collisions beteen gas-phase and adsorbed molecules which affect the desorption probability are taken into account. For firstand second-order reactions a representati
Statistical rates for reactions on a heterogeneous surface
β Scribed by S.D. Prasad; L.K. Doraiswamy
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 402 KB
- Volume
- 97
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
Using the random patch model, kinetic expressions are derived for the pressure dependence of fist-and second-order surface reactions. Employing first-and second-order Stieltjes transforms and a Mellin transform. explicit expressions are derived for the rates ds functions of pressure and the parameters characterizing the site enera distribution. It is shown that the rates reflect the nature of the four distributions studied.
π SIMILAR VOLUMES
A statistical mechanical treatment for electrosorption of neutral organic compounds on heterogeneous surfaces is presented. A continuous-solvent model and a discrete-solvent one with and without lateral dip&r interactions are developed and discussed within the frame of lattice statistics and under m
AM-Models mcorporatmg surface reactton and dttfuslon of volattle products through a boundary layer are developed to calculate effective rates of evaporation and local surface profiles on surfaces havmg active and InactIve resons The couphg between surface heterogeneities v&h respect to a particular
Ozone, 03, reacts with a carbon sample at room temperature. Clean carbon samples show a half to one and a half order of magnitude increased initial rate constant (k,) for O3 loss relative to repetitively exposed carbon samples. The ozone loss rate and therefore the rate constant reaches steady state