Anglais example sentences with "particles"

Tiny particles in the air can cause cancer.
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It is not enough to show that these two particles are moving at different speeds.
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Particles of dust float in the atmosphere.
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Minute particles are hardly visible to the naked eye.
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When indicating 'tense' in Chinese, as shown above, there are 'particles', 'time-specifying words' and also many cases where it depends on context.
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Most foreigners will never fully master the use of German modal particles.
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How can we define equilibrium for a system of moving particles?
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Any neutrinos traveling faster than light would radiate energy away, leaving a wake of slower particles analogous to the sonic boom of a supersonic fighter jet.
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Modern understanding of the dynamics of quantum particles took a non-intuitive turn with the introduction of the particle-wave duality concept.
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Do not allow liquid or small particles to get into the console.
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Good conductors of heat are usually good conductors of electricity, but that puts the causal relation backwards. Conduction-band electrons can't help but transport kinetic energy, which--randomized--is heat. Putting heat before electricity is reasonable only because of the rarity of materials like diamond that conduct heat via the quasi-particles called phonons, which are communicable crystal-lattice vibrations.
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Aurora Borealis, or the "northern lights", occurs 80 to 160 km (50 to 100 miles) above the earth when energetic particles from a solar storm cause the gases in the upper atmosphere to glow. Auroras can last between a few minutes to several hours. It's common across Alaska and northern Canada.
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Aurora Borealis or the "northern lights" occurs 80 to 160km (50 to 100 miles) above the earth, when energetic particles from a solar storm cause the gases in the upper atmosphere to glow. Auroras can last between a few minutes to several hours. It's common across Alaska and northern Canada.
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Minute particles are hard to see with the naked eye.
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Dangling particles should be avoided at all costs in English.
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The sea is polluted by tiny plastic particles that are harmful to marine animals.
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Microplastics are microscopic particles of plastic debris that pollute the oceans.
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A careful analysis of the process of observation in atomic physics has shown that the subatomic particles have no meaning as isolated entities, but can only be understood as interconnections between the preparation of an experiment and the subsequent measurement.
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Isolated material particles are abstractions, their properties being definable and observable only through their interaction with other systems.
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The snow-flake appeared larger and larger, and at last took the form of a lady dressed in the finest white crape, her attire being composed of millions of star-like particles. She was exquisitely fair and delicate, but entirely of ice, glittering, dazzling ice; her eyes gleamed like two bright stars.

The Earth's magnetic field traps the charged particles which are hurled at the Earth by the Sun during solar wind activity. When these charged particles react with the gases in our atmosphere, the gases begin to glow. These aurorae, or glowing gases, are seen in the Arctic Circle and the Antarctic Circle.

Saturn is surrounded by over 1000 rings made of ice and dust. Some of the rings are very thin and some are very thick. The size of the particles in the rings range from pebble-size to house-size.

Scientists believe that the particles in Saturn's rings came from the destruction of moons circling the planet. As comets and meteorites smashed the moons, Saturn's gravitational pull shaped the particles into rings.

Astronomers believe Saturn's rings developed from particles that resulted from the break-up of naturally occurring satellites.

The particles in the rings closer to the planet orbit the planet at a faster speed than the particles in the rings farther from the planet.

Uranus has eleven known rings, which contain dark, boulder-sized particles.

Each kind of atom has a certain unique number of particles called protons, neutrons, and electrons in it.

Some scientists think that gravity is made up of particles called gravitons which travel at the speed of light.

Gravity is a force of attraction that exists between any two masses, any two bodies, or any two particles.

Over 100 tons of dust and sand-sized particles bombard the earth every day from space, most of which goes unnoticed.

Tom hadn't cleaned his keyboard for months, and it was clogged with dust, food particles, and God knows what else.

Snowflakes are particles of snow.

Gluons glue quarks together to form particles such as protons.

Juno will directly sample the charged particles and magnetic fields near Jupiter's poles for the first time­.

The sun creates the heliosphere by sending a constant flow of particles and a magnetic field out into space at over 670,000 miles per hour. This stream is called the solar wind.

Astronomers believe the rings are made of pieces of dusty water ice, which range in size from dust grains to boulders. These particles gently collide with each other as they go around Saturn.

In 1991, Mt. Pinatubo's volcanic outburst in the Philippines produced the second largest eruption of the 20th century. Ash from the blast was ejected as high as 21 miles above Earth. Particles from the eruption created a layer of sulfuric acid haze in Earth's atmosphere, dropping global temperatures by nearly 1 degree Fahrenheit between 1991 and 1993.

Interplanetary space is hardly tranquil. High-energy charged particles from the Sun, as well as from beyond our solar system, constantly whizz by. These can damage satellites and endanger astronaut health.

Inside the magnetosphere, the density of the space plasma—charged particles, like electrons and ions—is much lower than the plasma outside, where the solar wind prevails. The boundary, called the magnetopause, becomes unstable when the two different density regions move at different rates.

Interplanetary space is hardly tranquil. High-energy charged particles from the Sun, as well as from beyond our solar system, constantly whizz by.

Inside the magnetosphere, the density of the space plasma — charged particles, like electrons and ions — is much lower than the plasma outside, where the solar wind prevails. The boundary, called the magnetopause, becomes unstable when the two different density regions move at different rates. Giant swirls, called Kelvin Helmholtz waves, form along the edge like crashing ocean waves.

Scientists have long known that solar-energized particles trapped around the planet are sometimes scattered into Earth’s upper atmosphere where they can contribute to beautiful auroral displays.

Far from being an empty void, the space around Earth is a jungle of invisible fields and tiny particles. It’s draped with twisted magnetic field lines and swooping electrons and ions.

Earth’s magnetic environment traps electrons and ions in concentric belts encircling the planet. These belts, called the Van Allen Radiation Belts, keep most of the high-energy particles at bay.

Magnetospheres — the magnetic fields around most planets — exist throughout our solar system. They deflect high-energy, charged particles called cosmic rays that are spewed out by the Sun or come from interstellar space.

One of Jupiter’s moons, Io, has powerful volcanic activity that spews particles into Jupiter’s magnetosphere. These particles create intense radiation belts and auroras around Jupiter.

During its 110-day journey, Mariner 2 sent back valuable information about its interplanetary environment including confirming the existence of the solar wind, a stream of charged particles emanating from the Sun.

Basically, she's created a fad diet collider. And sometimes the particles that spin off are gluon-free neutrino burgers.

The Daguerreotype process involved combining metal particles and chemicals on a silver-covered piece of copper to reflect, or give back, images of light. This reflective process was able to produce sharp, colorless pictures.

The team used X-ray technology to map and examine daguerreotype plates from the 19th century. The process is designed to identify the levels and position of mercury particles on the plates.

What accelerates solar energetic particles, which can reach speeds up to more than half the speed of light as they rocket away from the Sun?

Parker Solar Probe carries four instrument suites designed to study magnetic fields, plasma and energetic particles, and capture images of the solar wind.

Inside the corona, Parker Solar Probe will provide unprecedented observations of what drives the wide range of particles, energy and heat that course through the region — flinging particles outward into the solar system and far past Neptune.

Temperature measures how fast particles are moving, whereas heat measures the total amount of energy that they transfer.

Particles may be moving fast (high temperature), but if there are very few of them, they won’t transfer much energy (low heat).

Since space is mostly empty, there are very few particles that can transfer energy to the spacecraft.

To make sure the instrument was ready for the harsh environment, the researchers needed to mimic the Sun’s intense heat radiation in a lab. To create a test-worthy level of heat, the researchers used a particle accelerator and IMAX projectors — jury-rigged to increase their temperature. The projectors mimicked the heat of the Sun, while the particle accelerator exposed the instrument to radiation to make sure it could measure the accelerated particles under the intense conditions.

LightSail 2 is the latest demonstration of solar sail technology, which uses the gentle pressure of photons — the particles of light — on a lightweight, reflective surface to propel a craft through space, similar to the way the wind pushes a sailing ship across the ocean.

Light behaves either as a wave, or as a beam of particles.

The U.S. government warns that masks do not "filter or block very small particles in the air that may be transmitted by coughs, sneezes or certain medical procedures."

One of the biggest ideas in physics is the possibility that all known forces, particles, and interactions can be connected in one framework.

Colloidal silver consists of very small silver particles suspended in a liquid.

Earth’s magnetic field acts like a protective shield, blocking and trapping charged particles — or radiation — from the sun.

There is growing evidence that small airborne coronavirus particles are produced when someone coughs, sneezes, sings, talks or breathes and can remain in the air to be breathed in by others, allowing an infection.

Covid-19 is transmitted through respiratory droplets or small particles, such as those in aerosols, produced when an infected person coughs, sneezes, sings, talks or breathes.

As we cruise through a fog of interstellar particles, we’re shielded by the magnetic bubble around our Sun known as the heliosphere.

Our heliosphere repels charged particles, which are guided by magnetic fields.

Gamma ray bursts are so intense that if such an event occurred "close" to the Earth, causing a beam to fire directly at our planet, the radiation and particles could do harm.

Yanni needs to clean out any loose glass particles from the bullseye in his windshield.

When food enters a bovine’s stomach, it undergoes a process called enteric fermentation: microbes and bacteria partially break down the food particles, which then ferment in the part of the stomach called the rumen.

As the food particles ferment, they produce methane.

All entities are pulsating, from tiny elementary particles to giant galaxies.

It is a question of taste whether TAME, tense, aspect, mood, and evidentiality, should be expressed by inflection or particles.

Quantum mechanics was born when it was discovered in the early years of the 20th century that subatomic particles can behave like waves and that light waves can behave like particles.

NASA’s Parker Solar Probe has now flown through the Sun’s upper atmosphere – the corona – and sampled particles and magnetic fields there.

Is it possible to believe that subatomic particles, as well as the very peculiar forces that lead them to combine to generate matter, are not the work of a Supernatural Intelligence?

Physical objects are actually made up mostly of space. Even subatomic particles appear more like space than like things.

Alpha particles carry a positive charge.

Learning Chavacano and maybe other creoles could revitalize my interest in conlanging, even if just in my head. Chavacano is interesting to me because it is a Latinate creole, Spanish-based, with an indigenous Philippine substratum. Convenient in creoles is the absence of complex verbal conjugations. Markers or particles indicate verbal aspects. Creole is like a quaint fantasy.

If you wonder about the "Big Planet," maybe read the article "Juno observations of energetic charged particles over Jupiter's polar regions: Analysis of monodirectional and bidirectional electron beams."

If you are interested in the theory about tachyons, maybe read the document "Possibility of Faster-Than-Light Particles" by G. Feinberg.

My experience with diachronic ("through time") telepathy makes me believe that time may not be linear. One theorizes that psychonic or tachyonic particles or waves are faster than light, so that they can travel back in time. (Men like to explain away things, even if they do not understand fully. Women think that they need not understand how something works.)

The neutrino's ability to travel without deviation from its course means its source can be accurately tracked, unlike other types of subatomic particles that can be dragged off course by a magnetic field like the Earth's.

Particles in the disk clump together, forming planetesimals, which then collide with each other, building up to form the planets.

Lower down in the atmosphere, these aerosols bump into each other and coagulate, and at the same time interact with other, neutral particles.

Scientists created an audio track of Earth’s magnetic fields interacting with a barrage of high-energy particles from the Sun by taking magnetic wave data gathered by the European Space Agency’s CLUSTER mission and transforming them into audible sounds.

Beijing-based conservation expert Zhou Jinfeng told the Associated Press the sandstorm was caused by heavy winds from Mongolia and Inner Mongolia blowing the desert’s fine particles into the capital overnight, turning the air a hazy yellow color.

Other studies suggest that nano-particles could suppress the growth of plant roots or could even harm the human body’s ability to fight infection.

There is concern, for example, about sicknesses in factory workers who may breathe extremely small particles.

The 2d law of chemical attraction is, that it takes place only between the most minute particles of bodies; therefore, the more you divide the particles of the bodies to be combined, the more readily they act upon each other.

Inside that murky vial, attached to the negative electrode like barnacles to a ship's hull, an unusual type of bacteria feast on particles of organic waste and produce electricity that is captured by the battery's positive electrode.

Katti's work involved very small particles of gold encapsulated in a protective stabilizer from an acacia tree.

The scientists examined mercury levels in the men by studying toenail particles from the men’s feet.

In an optimal language, there should be a comprehensive set of tenses, aspects, moods, and evidentials—TAME—which are all optional for use. Whether they would be expressed as verbal conjugations or particles to complement invariant verbs is a question of architectural design.

Two lava streams have entered the ocean, sending hydrochloric acid and steam with fine glass particles into the air, which can lead to lung damage, and eye and skin irritation, the Hawaii County Civil Defense agency said.

Benedito's research involves studying the behavior of subatomic particles.

The Salt Institute, in the United States, says a person would have to eat more than one-and-a-half kilograms of iodized table salt daily to stop the thyroid from being able to absorb harmful particles.

Astatine was first made at Berkeley by bombarding bismuth with alpha particles, which produced astatine and released two neutrons.

The physicists had shown that the alpha particles falling on a screen of phosphorescent zinc sulphide produced a number of scintillations.

Muons are charged particles similar to electrons, and scientists say they are "highly penetrative."