Examples of 'catalytic performance' in a sentence
Meaning of "catalytic performance"
catalytic performance - Refers to a performance or event that triggers significant change or progression
How to use "catalytic performance" in a sentence
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catalytic performance
The catalytic performance is measured in the hydrogen transfer reaction.
The regenerated catalyst retains all its catalytic performance.
Evaluations of catalytic performance and reaction conditions by cracking soybean oil were performed.
Aupd bimetallic nanoparticles have shown excellent catalytic performance in oxidation reactions.
The catalytic performance levels of the tested catalysts are provided in the following table.
There is a desire to provide improved mordenite catalysts having improved catalytic performance.
This method makes it possible to improve the catalytic performance levels in terms of stability.
A broad range of ancillary ligand substituents may accommodate the enhanced catalytic performance.
This high ratio caused a reduction in the catalytic performance over the operating period.
We have created a large diversity of ligands to study the parameters influencing their catalytic performance.
The bimetallic catalyst showed significantly improved catalytic performance compared to the single precious metal catalyst.
Larger crystal sizes of the plated elemental metal sometimes leads to reduced catalytic performance.
The catalytic performance is given in the Table below.
The results allowed to establish a correlation between the catalytic performance and an improved diffusion.
A comparison of the catalytic performance of both samples is summarized in Table IV.
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This strongly suggests a dominant role of the PPhen support material in the catalytic performance.
The catalytic performance was measured by assaying n-paraffins.
The surface acidic and redox properties of the studied catalysts were correlatedto their catalytic performance.
The catalytic performance is reported in table 4.
All these techniques yield extrudates endowed with good mechanical strength and unchanged catalytic performance.
Advantageously, catalytic performance is highly reproducible.
Example 8 below shows this catalytic performance.
In addition, the catalytic performance for different copper species was evaluated.
By performing this silylation treatment, a catalytic performance can be improved.
Therefore, the catalytic performance is deteriorated, whereby the denitration can not be done.
However, there was no mention as to which oxidic form provides better catalytic performance.
However, in these cases the catalytic performance was extremely low.
Promotion with yttrium, zirconium or cerium also positively influence the catalytic performance.
However, problems such as low catalytic performance and coke formation yet need to be solved.
In this way, one can obtain a fine control over the catalytic performance.
The catalytic performance of catalysts resulting from these “ conventional ” synthesis protocols has been investigated extensively.
The surface acid-base properties ofthe studied catalysts were correlated to their catalytic performance.
The catalytic performance characteristics obtained after stabilization under the synthesis gas are given in table 2.
This method increases the number of active sites, which improves the catalytic performance.
The catalytic performance of the manganese oxide / titanium dioxide coating is influenced by the preparation method.
Second, the proton removal from the catalytic surface accelerates the catalytic performance.
The catalytic performance obtained is shown in Table 6 below.
Although the catalyst component may be employed without purification, purification enhances catalytic performance.
A standardized catalytic performance test as described in Example 1 was conducted.
Too high a content of precious metals, however, does not significantly improve the catalytic performance levels.
Its catalytic performance in the dehydrogenation of propane is reported in Table 1.
The result was equivalent to the post-conditioning, fully catalytic performance achieved earlier using ferrocene.
The catalytic performance levels that are obtained are provided in Table 6 below.
All extrusion mixtures showed a good to excellent extrudability . Catalytic performance.
These hybrid systems showed high catalytic performance towards CO2 photoreduction.
Its catalytic performance in the dehydrogenation of propane and isobutane is reported in Tables 1 and 2.
The catalyst was sulphided and the catalytic performance was tested as described in Example 1.
Preparation of high dispersed metals in alumina from dawsonites of Example 3 and catalytic performance.
A standarized catalytic performance test was conducted as described in Example 1 and Comparative Example 2.
As a steady state could not be reached, the catalytic performance was measured after 60 hours.
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