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Improve Catalyst Loading, what is the lower reaction yield?
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Larry Effler
Improve Catalyst Loading, what is the lower reaction yield?
There is a possibility that although your loading is high, the Dispersion is small during the catalyst synthesis process, so the number of Active Site exposed to the surface is reduced.
Is it possible that your reaction is not single, but by side reaction.Excessive catalysts are more exciting.So your yield is reduced?
There is a possibility that although your loading is high, the Dispersion is small during the catalyst synthesis process, so the number of Active Site exposed to the surface is reduced.
Is it possible that your reaction is not single, but by side reaction.Excessive catalysts are more exciting.So your yield is reduced?
The second floor is right. The load increase is reduced. In addition, this oxidation response is a relatively strong heat dissipation reaction, so it is also easy to lead to NPS reunion.
The second floor is right. The load increase is reduced. In addition, this oxidation response is a relatively strong heat dissipation reaction, so it is also easy to lead to NPS reunion.
Is it possible that your reaction is not single, but by side reaction.Excessive catalysts are more exciting.So your yield is reduced?
Is it possible that your reaction is not single, but by side reaction.Excessive catalysts are more exciting.So your yield is reduced?
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