Sentence examples for using the composite catalyst from inspiring English sources

At 800 °C, the H2 yield of 1.34 mol/mol-C was obtained and the H2 fraction was 62 vol% when using the composite catalyst (15%K + 5%ES).

Also in dimethyl ether (DME) steam reforming reactions using the composite catalysts with γ-Al2O3, the catalytic activity tracked with the surface area covered by Cu.

The UV irradiated degradation of MO solution using the composite film as catalyst showed a linear tendency of the photocatalytic activity of the film against the value of Ti/(Ti + Zn).

Electroreduction of O2 dissolved in 0.5 M H2SO4 under potentiostatic conditions (0.1 V vs. RHE) at 21 °C using the composite RF AQ/Vulcan XC72 catalyst (total loading 2.5 mg cm−2) deposited on unteflonated Toray® carbon paper, generated H2O2 with an initial rate of 21 μmol h−1 cmgeo−2 and a stable current efficiency of 70%.

An ultraviolet (UV) radiation-based degradation system and methylene blue (MB) solution were used to evaluate the feasibility of using the composites as photodegradation catalysts.

The interactions between catalyst layers and membrane are known to have significant impact on the mechanical properties of the composite catalyst coated membrane (CCM) materials used in fuel cells.

On the other hand, the 1 wt% Pt/CP814E catalyst was the dominant component for the composite catalyst 1 wt% Pt/USY-CP814E loaded with Pt using ion exchange.

The CO tolerance of the composite catalyst of each design was judged by the cell performance obtained through a single cell test using H2/CO gases of various CO concentrations and compared to that of the PtRu/C catalyst.

Finally, the composite catalyst was prepared by mechanical mixing HZSM-5 zeolite with ZC7300 catalyst (ZC7300 catalyst is a commercial base FCC catalyst that does not contain any additive [35]. The catalytic performance was carried out in a micro-fixed-bed reactor using Shenghua vacuum gas oil (VGO) as feedstock.

This paper reports the results of the photocatalytic activity of hydrogen production from water reduction using a composite catalyst of SiC/CdS with two types of heterointerfaces.

Recently we have reported a method using a composite catalyst with nano iron oxide hosted in a three-dimensional cross-linked graphene template material, Fe@3DGraphene.