Examples of 'particle growth' in a sentence
Meaning of "particle growth"
Particle growth: It describes the process of gradual or incremental expansion or increase in the number, size, or complexity of particles, typically in a scientific or technical context
How to use "particle growth" in a sentence
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particle growth
The particle growth was modelled in a simplified way.
The undesirable characteristics are attributable to inadequate particle growth.
Particle growth occurs so long as a minimal level of additives is present.
Preferably the particles exhibit substantially no particle growth.
Dust particle growth is the first step in the formation of planets.
A known method exists to suppress this particle growth.
It also shows no significant particle growth with time and temperature.
Lack of stability is typically evidenced by rapid aggregation and particle growth.
Participation of organic vapours in the particle growth was supported by laboratory and field observations.
This suggests that wall effects may play a role in particle growth.
A method exists to suppress such particle growth by adding pigment derivatives and growth inhibitors.
A feature of our suspending systems is that the surfactant tends to inhibit particle growth.
After the alkalization a particle growth starts and thus a decrease of the specific surface area.
This reduces molecular mobility and prevents any further particle growth or morphological change.
The pigment particle growth inhibitors used according to the present invention are generally quinacridone derivatives.
See also
A long average residence time will tend to promote particle growth of the trimanganese tetraoxide particles.
Such particle growth inhibitors may also act as crystal phase directors under certain conditions.
The higher the concentration of the semifluorinated compound the higher the increase in particle growth.
Tau phase particle growth occurs during the preheating of the ingot prior to hot rolling.
The cooled dispersion thus produced is more robust toward particle growth than the cooled homogenate.
After the alkalization a particle growth starts and thereby a decrease of the specific surface área.
The product containing coarser drug product also shows unacceptable particle growth with time and temperature.
The particle growth of Rh in a lean atmosphere is remarkably less than that of Pt.
The use of insoluble excipients also reduces the potential for particle growth by Ostwald ripening.
Particles, the rate of particle growth is very fast at the beginning.
This reaction step is followed by a brief period of TiO2 particle growth.
Apparently, significant particle growth occurs during sintering.
The calcium phosphonate " inhibition " process involves minimizing particle growth.
Preferably, particle growth takes place while stirring the aqueous slurry.
It appears, that surface reaction is an important part of the particle growth process.
Typically, it is convenient to add the particle growth inhibitor along with the dihydroquinacridones.
Ice crystal processes ( including deposition and aggregation ) also are important for particle growth.
We get evidence that particle growth occurs via the ligand replacement of PPh3 by alkanethiol.
Preferred residence time is 10 seconds to prevent particle growth and size variation.
One such mechanism for particle growth is known as Ostwald ripening Ostwald, Z Phys.
The production of particulate metal catalyst in step ( b ) may comprise nucleation accompanied by particle growth.
Without cooling in the single step procedure, particle growth or agglomeration is also a significant problem.
During the reaction, samples were taken at different time zones to follow the particle growth.
A further mechanism involves continuous particle growth as a result of intra-particle reactions of ore particles.
SO2 emission reductions may therefore reduce overall particle growth.
The acid sol may be subjected to further particle growth and / or particle aggregation, or agglomeration.
Thus, the reaction time is limited and, as a consequence, so is the particle growth.
If particle growth within tubular reactor 12 is anticipated, a higher contingency factor should be used.
The process of claim 11, wherein said particle growth inhibitor is quinacridone-monosulfonic acid.
Al ., the block co-polymer is required for nanoparticles stabilization, preventing particle growth by agglomeration.
Moreover, any particle growth that does occur does not, in general, destabilise the system.
At this point, ethanol addition was stopped for 30 min to allow for particle growth.
Pigment particle growth inhibitors, also known as antiflocculating agents, are well-known in the art.
FIG . 2 illustrates a mechanism of polymer particle growth in polymerization reactors . DETAILED DESCRIPTION.
The typical reaction mixtures will most preferably contain about 0.44 to 2.4 grams of particle growth inhibitor.
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