Examples of 'particle size reduction' in a sentence
Meaning of "particle size reduction"
particle size reduction: This term refers to the process of reducing the size of particles or solid materials through mechanical means, such as crushing, grinding, or milling
How to use "particle size reduction" in a sentence
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particle size reduction
Types of particle size reduction equipment ethiopia.
The loss is related to the particle size reduction step.
Particle size reduction of an antimuscarinic compound.
These forces cause particle size reduction.
The particle size reduction profile was found to be very inefficient.
The combination was then subjected to particle size reduction as described above.
Thus the particle size reduction by milling is the preferred procedure.
It is this shear force which causes the particle size reduction.
Comminution is particle size reduction of materials.
Small aliquots were removed at intervals in order to monitor progress of particle size reduction.
Assisted particle size reduction process.
A substantially anhydrous environment during the particle size reduction process is critical.
The particle size reduction had a positive effect on bioavailability improvement.
An exemplary mastication test and an exemplary particle size reduction test are disclosed herein.
Suitable particle size reduction or grinding methods include mechanical grinding or jet milling.
See also
The selection of high density core materials facilitates efficient particle size reduction.
Global leaders in particle size reduction and dispersion equipment.
Higher density resins are preferred as they provide more efficient particle size reduction.
Conventional particle size reduction equipment such as oscillators or fitz mills can be employed.
A ring dryer disintegrator can provide some particle size reduction and homogenization.
They included both particle size reduction and the liberation of materials as modelling parameters.
The phospholipid and the surfactant are both present at the time of particle size reduction.
Such mills obtain high particle size reduction rates by impact fracture of particles.
The selection of high density core materials is believed to facilitate efficient particle size reduction.
The chosen particle size reduction method may be either performed dry or with a liquid medium.
Higher density resins are preferred because they can provide more efficient particle size reduction.
The particle size reduction as well as conversion attained with this grind aid composition plateaued.
Higher density resins are preferred as such resins can provide more efficient particle size reduction.
The desired particle size reduction will depend on the end use for the pigment.
A highly suitable embodiment involves making use of an apparatus which also permits particle size reduction.
Conventional particle size reduction uses a process that involves a metal mill dividing the particles by force.
This includes methods and processes of temperature treatment and techniques for particle size reduction.
Media Milling The particle size reduction of the drug substance can achieved by a dispersion mill.
At times, these problems are overcome by particle size reduction.
Phase II involves particle size reduction of the Phase I purified platinum metal.
Preferably, the particle size control comprises particle size reduction.
Phase II involves particle size reduction of the biologically purified platinum metal obtained by Phase I.
Principles of compounding for powders, particle size reduction and blending.
Good particle size reduction and stability observed in trial 6.
Grinding / comminution for fine particle size reduction and liberation.
Particle size reduction vía dry-milling is a well known technique.
In other preferred embodiments, particle size reduction may be achieved by microfluidisation.
Particle size reduction employing a series of freeze / fracture cycles should be avoided.
In pharmaceutical technology, particle size reduction can be achieved vía micronization processes.
Particle size reduction is thus permitting an efficient, reproducible, and economic means of solubility enhancement.
In some preferred embodiments, if necessary, particle size reduction may be achieved by micronisation.
Dry particle size reduction and wet development such as,.
Of these techniques, the one most relevant to the present invention is particle size reduction.
In some embodiments, particle size reduction may be achieved by a nanoparticle micronization process.
Plainview, NY was used for particle size reduction.
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