Examples of 'catalyst particle' in a sentence
Meaning of "catalyst particle"
catalyst particle: This refers to a substance that increases the rate of a chemical reaction without being consumed in the process, often used in industrial processes or scientific research
How to use "catalyst particle" in a sentence
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catalyst particle
In effect the catalyst particle are observed under magnification.
A first subject of study was the behavior of the gold catalyst particle.
Catalyst particle size in microns.
That implies that a catalyst particle contains both zeolites.
Resin particle form follows the form of the catalyst particle.
Support or catalyst particle size is determined and reported as follows.
The yield of polymer is dependent on reaction time and catalyst particle size.
The catalyst particle size is guided by the reactor type.
After precipitation the solid catalyst particle is washed in a known manner.
The catalyst particle can be additionally defined by the pore volume.
This invention also pertains to a new layered catalyst particle and a method of making it.
Catalyst particle precursors can be used for the production of catalyst particles.
The organic magnesium compound leads to the formation of a desirable spherical catalyst particle.
The inventive catalyst particle comprises of course one or more catalytic active components.
Polymer particle morphology is excellent and catalyst particle replica phenomena has worked well.
See also
Examples of catalyst particle sizes useful in this invention are provided in the examples herein.
The tin component in this control example was uniformly distributed throughout the catalyst particle.
The low surface área of the catalyst particle shows the absence of open pores.
The dehydrated carbon black made the outside of the prepolymerized catalyst particle black.
Still another aspect of the prepolymerized catalyst particle composition is the morphology of the particle.
These catalytic active components constitute the catalytically active sites of the catalyst particle.
Carbon deposition and catalyst particle fragmentation is undesirable because the catalyst life is shortened.
The present catalysts combine both these behaviours in one and the same catalyst particle.
The gas bubbles adhere to the surface of the catalyst particle creating a buoyant particle.
The catalyst particle size distribution and filter mesh size is normally within a selected range.
The preactivation of the catalyst increases catalyst particle size and narrows particle size distribution.
Considering the above especially preferred the solid material within the solid catalyst particle has.
Catalyst particle source, hot wire generator.
As discussed, the catalyst is typically in the form of a catalyst particle contained in a composite.
For example, the catalyst particle source substance may be ferrocene.
Such a solid material is preferably ( evenly ) dispersed within the catalyst particle.
A catalyst particle as claimed in claim 1, characterised in that it is a spherical or cylindrical particle.
There are two major methods for obtaining a catalyst particle 5 having a predetermined size.
A preferred catalyst particle consist of transition metals and combinations thereof, but other materials are possible.
Further, as the desired polymer particle size increases, catalyst particle size also increases.
Effect of the catalyst particle dimension on the liquid-solid separation.
The catalyst modifiers are preferably, but not necessarily, dispersed uniformly throughout the catalyst particle.
The extent of the catalyst particle size range allowed by the combined three-phase system ;.
Figure 1C is a transverse side elevational view of the catalyst particle of Figure 1B.
Other suitable catalyst particle source substances include other metalocenes, such as nickelocene and cobaltocene.
In the present embodiment, platinum ( pt ) particles are employed as the catalyst particle.
The catalyst particle finally worked! This is great.
Specifically, the table illustrates catalyst particle sizes calculated using Equation 3.
The catalyst particle size distribution is shown in Table 1.
As indicated, the average catalyst particle size is about 12 microns.
Line 36 withdraws a second and smaller portion of the catalyst present in the catalyst particle bed 26.
For example, the catalyst particle size shown in Fig.
Similarly, the Al / Si signal ratio can be determined for a cross-section of a catalyst particle.
As shown by Equation 2, the catalyst particle size is inversely proportional to the productivity.
The final polymer particle is typically 10-50 times as large as the original catalyst particle.
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