GLOBAL STOCHASTIC MODEL OF ADSORPTION PROCESS OXYGEN IN THE CRYSTAL SURFACE
Journal: SCIENTIFIC PAPERS COLLECTION OF THE ANGARSK STATE TECHNICAL UNIVERSITY
Volume 2019 № 1
, 2019
Rubrics: PHYSICAL AND MATHEMATICAL SCIENCES
Authors:
3.
FGBNU «Federal'nyy nauchnyy centr lubyanyh kul'tur»
Russian Federation
Russian Federation
Type:
Article
Pages:
from 222
to 227
Status:
Published
Received:
05.12.2019
Accepted:
18.12.2019
Published:
18.12.2019
Subject area:
UDK 51 Математика
GRNTI 06.35 Учетно-экономические науки
GRNTI 06.39 Наука управления экономикой
GRNTI 06.35 Учетно-экономические науки
GRNTI 06.39 Наука управления экономикой
Language:
Russian
Keywords:
stochastic model, adsorption process, chemisorption, elementary stages, local environment, elementary acts, random process, activation energy, rate constants.
Abstract (English):
The article proposed a global stochastic model of the interaction of oxygen with the surface of iron monosulfide. The constructed model takes into account the stage of interaction of the contacting phases and follows from the microscopic model in the presence of random mixing of particles on the surface.
The article proposed a global stochastic model of the interaction of oxygen with the surface of iron monosulfide. The constructed model takes into account the stage of interaction of the contacting phases and follows from the microscopic model in the presence of random mixing of particles on the surface.
Keywords:
stochastic model, adsorption process, chemisorption, elementary stages, local environment, elementary acts, random process, activation energy, rate constants.
stochastic model, adsorption process, chemisorption, elementary stages, local environment, elementary acts, random process, activation energy, rate constants.
