Kinetics and Catalysis
ISSN 0023-1584 (Print)
ISSN 1608-3210 (Online)
Menu
Archives
Home
About the Journal
Editorial Team
Editorial Policies
Author Guidelines
About the Journal
Issues
Search
Current
Retracted articles
Archives
Contact
All Journals
Reference materials
Instructions for using the platform
Instructions for signing an agreement for RAS journals
User
Username
Password
Remember me
Forgot password?
Register
Notifications
View
Subscribe
Search
Search
Search Scope
All
Authors
Title
Abstract
Index terms
Full Text
Browse
By Issue
By Author
By Title
By Sections
Other Journals
Subscription
Login to verify subscription
Keywords
Fischer–Tropsch synthesis
activation energy
bimetallic catalysts
catalysis
catalyst
catalysts
heterogeneous catalysis
hydrogen
hydrogen peroxide
hydrogenation
kinetics
liquid-phase hydrogenation
mechanism
nanoparticles
oxidation
oxygen
palladium
photocatalysis
platinum
rate constant
reaction mechanism
×
User
Username
Password
Remember me
Forgot password?
Register
Notifications
View
Subscribe
Search
Search
Search Scope
All
Authors
Title
Abstract
Index terms
Full Text
Browse
By Issue
By Author
By Title
By Sections
Other Journals
Subscription
Login to verify subscription
Keywords
Fischer–Tropsch synthesis
activation energy
bimetallic catalysts
catalysis
catalyst
catalysts
heterogeneous catalysis
hydrogen
hydrogen peroxide
hydrogenation
kinetics
liquid-phase hydrogenation
mechanism
nanoparticles
oxidation
oxygen
palladium
photocatalysis
platinum
rate constant
reaction mechanism
Home
>
Search
>
Author Details
Author Details
Azatyan, V. V.
Issue
Section
Title
File
Vol 57, No 1 (2016)
Article
Regularities in the consumption of the initial reactants in various kinetic regimes
Vol 57, No 5 (2016)
Article
Synergism in combustion processes
Vol 58, No 4 (2017)
Article
Determining role of the chain mechanism of hydrazine oxidation and decomposition in kinetically controlled combustion and explosion
Vol 58, No 6 (2017)
Article
Quantitative Relationship between the Rate Constant of Quadratic Chain Branching and the Rate of Nonthermal Flame Propagation
TOP
