Sentence examples for core catalyst from inspiring English sources

The demonstrated zeolite capsule catalyst, named CuZnAl/SAPO11-PhyC, has a Cu/ZnO/Al2O3 (CuZnAl) core catalyst and a PhyC-prepared silicoaluminophosphate-11 (SAPO-11) shell.

The characterization on this zeolite capsule catalyst indicated that it had a compact, defect-free zeolite shell enwrapping core catalyst tightly.

However, at low bulk oxygen concentrations (CO2,L⩽0.3 mol/m3), the performance of the uniform or egg shell distribution catalyst is superior to the core catalyst.

The core shell catalysts consisting of Ni/Al2O3 core catalyst and silicalite-1 (Sil-1) zeolite shell were prepared by different synthesis routes.

Based on the XRD data a 3% lattice expansion is observed for the Pd/C core catalyst upon hydride formation at 0.0 V.

A CoRe catalyst supported on γ-Al2O3 was impregnated with 25 20 000 ppm alkali or alkaline earth elements (Li, Na, K, and Ca).

In this report, with a traditional FTS catalyst of 10 wt% Co/SiO2 as core catalysts, we present two methods for H-ZSM-5 zeolite capsule catalyst preparation.

Rhodium, ruthenium, and iridium complexes with chiral ligands including diphosphines, monophosphines, and their analogs are the core catalysts, which are based on the discovery of Wilkinson's rhodium and ruthenium catalysts as well as Crabtree's iridium catalysts.

However, the usually used hydrothermal synthesis way for zeolite shell preparation limits the design and preparation of various zeolite shell enwrapping different core catalysts, the industrial scalability of zeolite capsule catalyst, and so on.

The SUCNTs absorb the irradiated flash energy and rapidly convert it into thermal energy, and then the thermal energy is concentrated to ignite the core catalysts and neighboring nEMs.

Building on this demonstration of the core-shell catalyst platform, this thesis further explores core-shell materials for the OER (occurring at the electrolyzer anode).