Examples of using Particle surface in English and their translations into Tagalog
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World's highest particle surface area.
Particle Surface Cleaning, e.g. of glass beads or milling media.
Furthermore, the particle surface area is activated.
Removal of passivating layers from the particle surface.
This product has the highest particle surface area(PSA) of any colloidal product;
The mass transfer is further increased due to the removal of passivating layers from the particle surface.
Ultrasonic dispersion gives a high particle surface and homogeneous distribution.
Ultrasonication improves the mixing of the pre-cursors andincreases the mass-transfer at the particle surface.
Cavitational erosion on particle surfaces generates unpassivated, highly reactive surfaces. .
As well as the functionalization,activation and cleaning of particle surfaces(e.g. catalysts).
The very high particle surface area gives it a considerable advantage over competitors.
When reducing the particle size,the total particle surface area increases at the same time.
This leads to a reduction of the average particle distance and increases the particle surface area.
When reagents react at a catalyst particle surface, the products of the chemical reaction accumulate at the contact surface. .
In particular the high shear of the liquid jets causes fissure at particle surfaces and inter-particle collisions.
This means an even andfine dispersion is required as the well-dispersed particles are surrounded by a boundary layer of molecules attracted to the particle surface.
Derived from silica, titania or alumina,feature a porous particle surface that makes them an ideal drug carrier.
This stress helps to overcome the attracting forces andcarries the functional molecules to the particle surface.
In order for new functional groups to get to the particle surface, this boundary layer needs to be broken up or removed.
When dispersed, particles are typically surrounded by a boundary layer of molecules attracted to the particle surface.
Ultrasonic homogenization increases the exposure of particle surface to the liquid phase by uniform deagglomeration and particle size reduction.
Ultrasonic cavitation causes high-speed liquid jets, high hydraulic shear andinter-particle collisions resulting in particle surface cleaning.
Ultrasonication can separate particle agglomerates,clean particle surfaces and reduce the viscosity of shear thinning or thixotropic liquids.
Tungsten sintering, in practice,is always performed in reducing atmosphere which removes the oxygen coating of the powder particle surfaces.
During catalytic andchemical reactions, the particle surface can be blocked by residue deposition, boundary layer formation, oxide layers and fouling.
The surface area can be ultrasonically increased andmodified by attaching appropriate functional molecules on the particle surface.
By ultrasonic cavitation and the thereby caused inter-particle collision,the residues on the particle surface are broken-off and washed away by ultrasonic streaming in the liquid.
For almost every product,it is important that particles are separated from other particles in order to enlarge the particle surface area and to achieve an uniform distribution.
Measuring how much material coats the particles surface is very hard to do right now," she says,"It will be a really unique application for this technique.".
Beside of the mechanical effects, the powerful sonication can create free radicals,shear molecules, and activate particles surfaces.