Current Catalysis
Indexed in: Cabell's Directory/Journalytics
View All
Aims and Scope:
Current Catalysisis an international peer-reviewed journal that publishes original research, full-length reviews/mini-reviews, and thematic issues in all core areas of catalysis, including theoretical, experimental, and applied research. The scope includes heterogeneous catalysis, homogeneous catalysis, bio-catalysis, synthesis and properties of new catalysts, including synthesis and catalytic function of novel inorganic solids and complexes, studies that relate catalytic function to fundamental chemical processes in metal complexes and at surfaces, novel concepts in surface chemistry, preparation, activation, aging, deactivation, rejuvenation, regeneration of commercially interesting model catalysts, techniques and adsorption.
Current Catalysis is an interdisciplinary journal devoted to a wide range of sub-fields in the field of catalysis. The journal welcomes, but is not limited to, the papers from the following topics:
- - Advanced Catalyst Synthesis
- - Asymmetric Catalysis
- - Biocatalysis
- - Catalysis and Reaction Engineering
- - Catalysis for Sustainable Energy
- - Catalyst Deactivation and Regeneration
- - Catalytic biomass conversion
- - Catalytic CO2 utilization
- - Catalytic Materials
- - Catalytic Reactors
- - Catalytic Waste Valorization
- - Electrocatalysis
- - Environmental catalysis
- - Heterogeneous Catalysis
- - Homogeneous Catalysis
- - Nanoparticle Catalysts
- - Nanostructured Catalysts
- - Photocatalysis
- - Plasma-Catalysis
- - Sustainable Catalysis
Current Catalysis is an international, peer-reviewed journal on all aspects of catalysis published continuously (print & online) by Bentham Science Publishers. Read more...
Editor-in-Chiefcasc:
-
Song YangState Key Laboratory of Green PesticideKey Laboratory of Green Pesticide & Agricultural BioengineeringCenter for R&D of Fine ChemicalsGuizhou UniversityGuiyangChina
ISSN: 2211-5447 (Print)
eISSN: 2211-5455 (Online)
Special Issues With Active Call for Papers
High Entropy Materials for Electrocatalysis
Due to their high-entropy effect, sluggish diffusion effect, severe lattice distortion effect, and cocktail effect, high entropy materials have attracted much attention in the field of electrocatalysis, such as hydrogen/oxidation reaction, oxygen reduction/evolution reaction, CO2 reduction reaction, nitrogen reduction reaction and alcohol oxidation reaction, and more. Understanding the relationship between the electrocatalytic performances of high entropy materials and their compositions and structures is very important for developing high-performance high entropy electrocatalysts. Original research articles and... see more
Research Progress In Anti-Poisoning Performance Of NH3-SCR Denitration Catalysts
In response to the requirements for nitrogen oxide control, the continuous optimization of the catalytic activity and the improvement of the anti-poisoning performance of NH3-SCR catalysts are urgent research topics in this field. The poisoning effects of water, sulfur, alkali metals, and heavy metals on NH3-SCR denitration catalysts and the methods to enhance their anti-poisoning performance need to be further summarized. It is of great significance to develop NH3-SCR denitration catalysts with high denitration activity... see more
Smart Nano Materials for Energy Applications
The invention of Field Emission – Scanning Electron Microscope (FE-SEM) and High-Resolution Transmission Electron Microscope (HRTEM) instrumental techniques improve the research scope of Nano-materials as they allow the nanoparticles’ size and shape to be identified. Nano-composites are a heterojunction of two or more semiconductors, which can be tuned to the desired band gap of the materials for suitable applications. Materials heterojunction with Iron oxides creates synergism in activity and promotes magnetic separation of the catalyst.... see more