Examples of 'these particles can' in a sentence
Meaning of "these particles can"
these particles can - This phrase implies that certain particles possess the ability or potential to do something specific, usually referring to a scientific or technical context
How to use "these particles can" in a sentence
Basic
Advanced
these particles can
These particles can also be of rutle structure.
There are four possible ways these particles can be entangled.
These particles can be used alone or as a mixture.
They believed exposure to these particles can lead to neurological dysfunction.
These particles can be dispersed in an alcoholic solution.
Anyone who breathes in these particles can catch the disease.
These particles can then be separated off.
There are several sources that these particles can come from.
These particles can be related to micrometeorites.
The primary average particle size of these particles can be measured by any conventional methods.
These particles can be dry or hydrated.
Non-infectious forms of each of these particles can also be used.
These particles can be simple or composite.
Depending on the minerals present in the water, these particles can be dangerous.
These particles can then be stuck to the wafer.
If such contaminated dust is inhaled, these particles can also cause lung cancer.
These particles can be inhaled into your lungs.
For the briefest moment of their existence, these particles can be polarised like iron filings.
These particles can be inorganic or organic.
In a counter - intuitive twist, these particles can behave like waves.
These particles can then be evacuated at floor level.
Advantageously, the photocatalytic particles are TiO 2 ( titanium dioxide ) ; these particles can be doped.
These particles can be of any shape and size.
If the above amount is larger than 2.0 % by volume, these particles can impair thin-line reproducibility.
These particles can be administered by various routes of administration.
It is disclosed that these particles can be added to modify curable systems.
These particles can be characterized by an average particle size.
The moveability of these particles can be detected by means of an alternating magnetic field.
These particles can comprise a surface layer of an oxide.
On a scanning electron micrograph these particles can be clearly distinguished from melamine crystallized from water.
These particles can be collected for further analysis.
It means that these particles can go right through the Earth.
These particles can come back to the air.
During boiling, these particles can be thermally degraded.
These particles can be used again for other items.
When breathed in, these particles can reach the deepest regions of the lungs.
These particles can be used to remediate contaminated groundwater bodies.
From the lungs, these particles can also pass further on to other organs.
These particles can have a spherical or parallelepipedal or other shape.
Worst of all, these particles can find their way into your lungs.
These particles can then be absorbed naturally by your body.
With the flow of blood, these particles can be spread throughout the human body.
These particles can only be removed by using an ultrafiltration process.
Under suitable conditions, these particles can be removed from the interfaz by the magnetic field.
These particles can also be viral particles of attenuated poxviruses.
The size of these particles can be up to about 700 microns.
These particles can be prepared by grinding or coagulation of a polymer dispersion.
Dispersions of these particles can then be obtained using the dispersion techniques described above.
These particles can then decay into other particles.
Consequently, these particles can be transported over long distances.
