Examples of 'monomer conversion' in a sentence
Meaning of "monomer conversion"
monomer conversion - Monomer conversion refers to the process of transforming monomeric units into a different chemical form, often as part of a polymerization reaction. It involves the conversion of individual molecules into larger compounds with distinct properties and structures
How to use "monomer conversion" in a sentence
Basic
Advanced
monomer conversion
Represents the monomer conversion expressed as a percentage.
This leads to a dramatic increase in monomer conversion.
Monomer conversion was determined at different times by gravimetry.
Polymerising the suspended particles to complete monomer conversion.
Improve monomer conversion as much as possible.
The percent volatiles is taken to be indicative of the monomer conversion.
Monomer conversion is generally higher in a tubular reactor than in an autoclave.
Thorough agitation of the solution is also beneficial to high monomer conversion.
An appropriate monomer conversion of composite resins is very important to improve your biocompatibility.
Suitably any batch reaction should be stopped at a relatively low monomer conversion.
Monomer conversion is regulated at the desired level by adjusting the catalyst feed.
It is clearly desirable to develop radiation grafting processes with high monomer conversion.
The determination of the monomer conversion may be done through the following procedure.
A novel grafting process with significantly increased monomer conversion has been developed.
The monomer conversion is determined by gravimetry following evaporation of the residual monomer under vacuum.
See also
A multiple zone process can enhance monomer conversion and increase efficiency of the process.
The third prepolymer mixture is then further polymerized to a desired vinyl aromatic monomer conversion.
This equation shows that a high monomer conversion is required to achieve a high degree of polymerization.
These processes are benefited by use of high reaction temperatures and high monomer conversion conditions.
The monomer conversion was determined by solids analysis and molecular weight was determined by GPC.
The reaction mixture will then remain in a homogeneous single phase throughout the monomer conversion.
A multiple-zone process can enhance monomer conversion and increase efficiency of the process.
Additionally, the present chain transfer agents do not reduce monomer conversion.
The monomer conversion and molecular weights are given in Table 1.
These sequential steps were repeated 5 more times resulting in similar monomer conversion rates.
The percent monomer conversion and polymer microstructure are shown in Table 5.
Upon start of reaction, the temperature will increase due to exothermic monomer conversion.
The monomer conversion and molecular weights for methyl methacrylate polymerization are given in Table 1.
Additionally, this experiment will investigate how molecular weight can be related to monomer conversion.
Once a desired monomer conversion is achieved, the polymerization mixture is treated with a Lewis base.
In most cases, the polymerization will be continued until a high monomer conversion has been attained.
A complete monomer conversion was achieved after 20 minutes.
In most cases, the polymerization will be continued until a high monomer conversion has been reached.
Monomer conversion was determined to be 96 % based on analysis by gas chromatography.
Additionally, copolymers with controlled molecular weights that increase with monomer conversion can be obtained.
It is preferred for the monomer conversion to be at least about 90 %.
Monomer conversion to polymer was greater than 90 % based on mass balance.
Terminating the reactive polymer prior to a total monomer conversion of 25 % by weight.
The monomer conversion rate is around 90 % and properties of the copolymer obtained are as follows,.
The solvent is evaporated under vacuum and a monomer conversion rate of 58 % is obtained.
First, monomer conversion ( and correspondingly molecular weight ) can not be easily controlled.
The second reaction zone preferably brings the monomer conversion to 90 % or greater.
The monomer conversion attained in the polymerization zone will normally be at least about 85 %.
The polymerization was carried out for about 8 hours until an 85 % monomer conversion was achieved.
Therefore, higher monomer conversion ( lower recycle ratios ) often provides for improved process economics.
Monitor the value of the number-average molar mass ( M n ) as a function of monomer conversion.
The degree of monomer conversion was determined by gas chromatography ( GC ).
FIG . 11 shows the effect of the use of CHA on the non-functional methacrylate monomer conversion.
The DADMAC monomer conversion determined by residual DADMAC analysis with liquid chromatography was higher than 99 %.
As exemplified in the patent, the process only achieves about 95 % monomer conversion.
You'll also be interested in:
Examples of using Monomer
Show more
It is the monomer of condensed tannins called profisetinidins
The preferred methacrylic monomer is methyl methacrylate
A monomer is the basic building block of a polymer
Examples of using Conversion
Show more
This conversion must be performed by a competent person
There is a point of conversion which links them
This conversion of his strikes me as highly dubious
