期刊： CATALYSIS LETTERS, 2023; 153 (1)
Submicron-sized low-silica SAPO-34 zeolite crystals with the hierarchical hollow structure are synthesized using a micron-sized SPAO-34 seed activatio......
期刊： CATALYSIS LETTERS, 2023; 153 (2)
Cu/SiO2 catalyst prepared by the ammonia-evaporation (AE) method is the potential preferred catalyst for hydrogenation of dimethyl oxalate (DMO) to et......
期刊： CATALYSIS LETTERS, 2023; 153 (3)
Electrocatalytic oxygen evolution reaction (OER) is widely used in the field of energy and chemical industry, such as metalair batteries and water spl......
期刊： CATALYSIS LETTERS, 2023; 153 (7)
The advanced oxidation process of perdisulfate (PDS) presents strong oxidation ability for different kinds of industrial wastewater treatments. Graphe......
期刊： CATALYSIS LETTERS, 2023; 153 (7)
Here in, we have presented synthesis of heterogeneous metal free carboxyl functionalized benzimidazolium ionic liquid-based porphyrin photocatalyst (M......
期刊： CATALYSIS LETTERS, 2023; 153 (8)
In this study, manganese-coated cerium oxide was synthesized by impregnation method, and the effect of Mn coating CeO2 -NS catalyst on the methanol ox......
期刊： CATALYSIS LETTERS, 2023; 153 (8)
Here, we studied the stereoselective transesterification of 4-bromomandelic acid enantiomers and acyl donors catalyzed by lipase in the organic phase.......
期刊： CATALYSIS LETTERS, 2023; 153 (9)
Acetylene hydration to acetaldehyde is considered as a valuable and potential production route in the acetylene chemical industry. In this work, Zn-La......
期刊： CATALYSIS LETTERS, 2023; 153 (11)
The effect of sulfurization by SO2 on the activity of Pd/gamma-Al2O3 for benzene oxidation was investigated. The activity decreased by heat treatment ......
期刊： CATALYSIS LETTERS, 2023; 153 (11)
In CO2RR, CO2 can be changed into a wide succession of premium chemicals and fuels, amid which C3+ products such as n-propanol, n-propanol is of great......
期刊： CATALYSIS LETTERS, 2023; ()
Bacterial laccase has grown significantly crucial on a large scale because they have high catalytic activity and stability. This is the first study in......
期刊： CATALYSIS LETTERS, 2023; ()
The selective fixation of CO2 and epoxides into cyclic carbonates offers an atom-economical approach towards promising utilization of anthropogenic CO......
期刊： CATALYSIS LETTERS, 2023; ()
MnO2 based photothermal catalysis has been demonstrated to be a promising technology to eliminate pollutants in air. However, the relationship between......
期刊： CATALYSIS LETTERS, 2023; ()
To develop environmentally friendly acetylene hydrochlorination catalysts with high efficiency to replace HgCl2, copper-based catalysts were prepared ......
期刊： CATALYSIS LETTERS, 2023; ()
Mesoporous silica materials (MSMs) are widely used materials in many applications due to their diverse pore structures. However, the electrical conduc......
