Examples of using Particles can in English and their translations into Swedish
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                        Colloquial
                    
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                        Official
                    
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                        Medicine
                    
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                        Ecclesiastic
                    
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                        Ecclesiastic
                    
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                        Official/political
                    
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                        Computer
                    
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                        Programming
                    
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                        Political
                    
 
By the application of power ultrasound, particles can be uniformly reduced to nano size
where the particles can range from molecules up to 100 µm in size.
allows us to discharge surface and particles  so that the particles can be released from the surface.
If the soil is saturated(i.e. the pores are full of water), particles can move in three different ways: diffusion, advection and dispersion.
The particles can bind to the target tissue with the LDL receptor with the involvement of apolipoprotein B-100.
By ultrasonic treatment, particles can be dispersed,
If the soil is unsaturated(i.e. the pores are not full of water), particles can move in a number of ways.
the system regulates this by starting the third pump to pump water past so that the particles can settle.
The considerable differences in the maximum upward deflection of the probe between the pellet and the particles can be accounted for by the very different nature of the samples- one a large rough pellet,
With incorrectly matched airflows, the particles can remain still on the surface,
Magnetic fluids are attractive in separation applications because the reactivity of the particles can be tailored by modifying their surface coatings,
where there the particles can enfold their maximum UV absorption capacity.
Well if two microscopic particle could cause that.
Cathodic reduction and pyrolysis, the particles could be partially melted.
Empty particle cannot be derived from non-empty particle. .
Strictly speaking, one particle can be only in one place at a time.
Quantum superposition implies that… a particle can be in two or more places or states simultaneously.
Such particles could help scientists develop vaccines against cancer as well as infectious diseases.
The particle can be a proton
YkpaïHcbkий 中国 New particles could open the way to photonic computers.