## Abstract The effect of surface roughness and number of reaction event on the decay type diffusion limited reaction (DLR) over rough surface of random deposition model was studied to examine the surface morphological effect on the surface reaction. Effect of decay profiles on the reaction probabi
Multifractal scaling analysis of autocatalytic and autopoisoning reactions over DLA surfaces
β Scribed by Chung-Kung Lee; Shyi-Long Lee
- Publisher
- Elsevier Science
- Year
- 1994
- Tongue
- English
- Weight
- 651 KB
- Volume
- 228
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
Monte Carlo simulations of decay-and enhance-type Eley-Rideal mechanisms over surfaces of diffusion-limited aggregates (DLA) were performed to examine the morphological effect on autopoisoning and autocatalytic surface reactions. Effects of decay and enhancing profiles on the reaction probability distribution (RPD) were then analyzed by multifractal scaling techniques. It is concluded that RPD tends to be uniform at fast decay and relatively concentrated at faster enhancing rate.
π SIMILAR VOLUMES
## Ε½ . Monte Carlo simulations of EleyαRideal ER mechanisms with fixed and varying Ε½ . sticking probabilities, p, as well as a three-step catalytic reaction TCR over fractal surfaces were performed to examine the morphological effect on the above-mentioned reactions. The effect of decay and enhanc
Monte Carlo simulations of a three-step catalytic reaction over surfaces of diffusion-limited aggregates (DLA) were performed to examine the morphological effect on catalyst selectivity. The effect of varying the probability of the reaction steps and DLA cluster sizes on the normalized selectivity d
Simulations of diffusion-limited reactions over surfaces of Witten-Sander diffusion-limited aggregates (DLA) were performed using a Monte Carlo random walk algorithm. Multifractal analyses were then carried out on the reaction probability distribution to investigate the effect of fractal environment