Examples of 'diamond particles' in a sentence
Meaning of "diamond particles"
diamond particles: Refers to very small fragments or pieces of diamond, often used in various industrial or scientific applications
How to use "diamond particles" in a sentence
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diamond particles
It contains diamond particles which remain in suspension.
The abrasive particles comprise diamond particles.
Small diamond particles reinforce the composite.
The grit particles may especially be diamond particles.
The diamond particles may be fine or coarse.
The diameter of the diamond particles is critical.
The abrasive particles may be particularly diamond particles.
Remaining diamond particles are subsequently removed in a rinse cascade.
An ultrasonically agitated suspension of diamond particles in ethyl alcohol is preferred.
Diamond particles in the stream luminesce as a result of this excitation.
Different composite bodies with bonded diamond particles are known.
Diamond particles are easily wetted by all active metals mentioned.
Sometimes the matrix also comprises small diamond particles.
The diamond particles were produced by crushing a coarser synthetic material.
Epoxy matrix composites embedded with diamond particles have been investigated.
See also
The diamond particles in this mix of diamond particles are preferably fine.
The material consists of diamond particles and SiC sintered together.
The core preferably comprises a bonded mass of constituent diamond particles.
No ejection of diamond particles out of the molten metal pool occurred.
The carbon source is typically a pure graphite or fine diamond particles.
Tips coated with real diamond particles for maximum gripping power.
The result is the fragmentation and the micronisation of the diamond particles.
The separate diamond particles are bonded by a matrix of silicon carbide and silicon.
Polycrystalline diamond bodies incorporating fractionated distribution of diamond particles of different morphologies.
The diamond particles contain particles having different average particle sizes.
The abrasive layer comprises diamond particles embedded in a metal matrix material.
Some additional catalysing material may be mixed in with the diamond particles.
The graphite layer on the diamond particles shall have uniform coverage.
The abrasive particles considered for the purpose of this application are diamond particles.
In particular silver coated diamond particles have proven to provide good results as well.
This arrangement ensures that any movement of the diamond particles is minimised.
The bodies contain diamond particles bonded by a matrix of silicon carbide and silicon.
Thereby a molten metal pool is formed wherein the diamond particles are thrown.
The material consists of diamond particles bound together with copper or copper alloys.
It is well known that the surface layer of most diamond particles has defects.
The conventional diamond particles appear to be uniformly distributed over the surface of the wire.
This greatly simplifies and also improves the economies of producing large diamond particles.
These products consist of a mass of discrete diamond particles dispersed in a metal bonding matrix.
Not only silicon has been used for the infiltration and bonding of diamond particles.
The produced abrasive grains comprise diamond particles in a matrix of silicon carbide and silicon.
These tools are electroplated with one or more layers of different CBN or diamond particles.
The functionalized diamond particles may be present on a wire with surface modified diamond particles.
Polycrystalline diamond is a composite material which consists of diamond particles sintered together with a metallic binder.
This absorption of fine diamond particles greatly increases the cleaning action of the effervescent cleaner.
A process as claimed in claim 1 wherein the substrate comprises diamond particles.
A wire including a surface having surface modified diamond particles incorporated into a surface on the wire.
Also the diamond particles and the tungsten carbide filler particles follow the same flow.
In this method, the embedded diamond particles are produced in situ.
Further, diamond particles may be added in addition to the ceramic particles.
This is to reduce, to lower or to limit internal graphitization of said diamond particles.
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