Приклади вживання Particles can Англійська мовою та їх переклад на Українською
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Particles can behave like spread-out waves.
For instance, these vanishingly small particles can become"entangled.".
The particles can be diminuted to submicron- and nano-size.
Not all media containing charged particles can be classified as plasma.
Alpha particles can be stopped with a sheet of paper.
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Collective: Waves, or organized motion of plasma, are very important because the particles can interact at long ranges through the electric and magnetic forces.
The particles can travel far before falling to the ground or water.
It's a world of phantoms, where particles can also behave like spread-out waves.
As these particles can go round the loop any number of times, they pass each point on their route many times.
During ultrasonic spraying, the droplet size and distribution can be precisely controlled so thatvery small droplets and particles can be vaporized.
Animations and particles can be added without being tied to objects in the Minecraft.
When inhaled, these radioactive particles can damage the cells that line the lungs.
Abrasive particles can be completely invisible, but by the end of their shift so much is collected that the magnet-tablet turns into a metal hedgehog.
Bombarding materials and biological samples with these particles can help assess the impact of cosmic radiation as well as test new ways to block it.
As these particles can exist in different statuses simultaneously, they become polybit, i.e. they can store several bits of information in one time.
The answer is that, in quantum theory, particles can be created out of energy in the form of particle/antiparticle parts.
On dust particles can be adsorbed microbes and viruses(bacterial, or microbial dust).
If inhaled, these microscopic particles can reach deep into the lungs and remain there for months or even years.
These new particles can explain where the unknown matter in the Universe comes from.
If inhaled, these microscopic particles can reach the deepest regions of the lung and remain there for months or even years.
Force-carrying particles can be grouped into four categories according to strength of the force that they carry and the particle with which they interact.
After a nuclear blast, radiation particles can travel on wind currents for miles and settle in water sources, plants, and soil.
These minute particles can go deep into the lungs, and breathing PM2.5 is related to increased risk of heart attacks, respiratory diseases, strokes, and cancer.
During meals and drinks, their particles can stay in the crevices of the teeth and after interacting with saliva, provoke an unpleasant odor from the mouth.
By the application of power ultrasound, particles can be uniformly reduced to nano size and integrated into high performance nanocomposites.
In some instances, positively charged particles can induce higher amounts of chain scission than negatively charged particles due to their acidity.
In some instances, positively charged particles can induce higher amounts of chain scission than negatively charged particles due to their acidity.