charged particles

Planetary magnetic fields are shield planets their surfaces and their atmospheres from charged particles that are always coming off the sun.

The perpetrators are streams of charged particles blasting off the sun in what is known as the solar wind.

Storms brew on the sun when pent-up energy from tangled magnetic field lines is released in the form of light, heat and charged particles.

A metal filament within or at the end of a powder spray gun used to create air ions at high voltage to produce charged particles (Corona).

The planet and its neighbours are bathed in the solar wind, a stream of charged particles ejected from the upper atmosphere of the sun.

In recent three years' NMET, the last question of physics is mainly about charged particles' movement in complex field.

Charged particles called ions travel along the nanowire, causing it to stretch out in length and also bend and wiggle.

the volume around the planet in which charged particles are subject more to the planet's magnetic field than to the solar magnetic field.

That may be -- but the scenery is so exhilarating that it's hard to believe that negatively charged particles could make much difference.

It is made up according to the principle of that the charged particles in the air can be acted by Lorentz force in the magnetic field.

They used a special polymer, a different sort of charged particles known as counterions and solvents such as methanol.

And when they arrive at the Earth's surface they react with the air - converting air molecules into charged particles known as ions.

Solar wind refers to this released energy in the form of charged particles at high speed, reaching several hundred kilometres per second.

Streams of charged particles blasted from the sun collide with Saturn's magnetic field, creating an aurora on the planet's south pole.

The sun zaps its planetary neighbours with the "solar wind" , a stream of highly energetic charged particles.

The ribbons stretch from one end of the Northern Lights appear when the sun sends charged particles flying toward Earth.

Every so often the sun emits a gigantic burst that includes highly energized x-rays, gamma rays, and charged particles.

The disk is driving the material out of the galaxy through powerful winds, produced by streams of charged particles.

The solar wind is a stream of electrically-charged particles. It continuously flows from the sun out into space.

Solar flares unleash bright flashes of light of almost every colour, along with streams of charged particles.

Dr Lenssen's technique, called in-plane electrophoresis, involves pulling the charged particles sideways, rather than up and down.

Serious storms, which involved charged particles spewing from the sun, can disable satellites and even disrupt power grids on Earth.

The storms' charged particles can be a hazard to the health of astronauts and passengers on high altitude flights.

set of magnets set in a doughnut-shaped ring around which charged particles from an accelerator can be kept circulating until they are used.

One of the most important of these is a fluctuation in the density of electrons and other electrically-charged particles in the ionosphere.

In the top image, a bright mass of charged particles loops from the Sun's atmosphere.

Magnetic field generation through angular momentum exchange between circularly polarized radiation and charged particles.

It is pointed out that the quantum motion of charged particles in uniform magnetic field does not violate the gauge invariance principle.

Oblate in shape, it is surrounded by a belt of radiation because of charged particles from the Sun being trapped in its magnetic field.

Plasma is a collection of charged particles; in this case, the plasma consists of a stream of carrier gas (Ar, He or Ne).

The field shields us from bombardment by charged particles from the sun.

As it approaches the ground, positively charged particles are attracted upwards.

Auroras typically are visible only near Earth's Poles, where magnetic field lines channel charged particles toward the planet.

Charged particles from the storms can damage satellites as well as disrupt GPS, cellular signals, and electrical grids.

And the last one tells you how the curl of the magnetic field is caused by motion of charged particles.

a high-voltage machine in which rectifiers charge capacitors that discharge and drive charged particles through an accelerating tube.

Positively-charged particles will coagulate at the cathode, and negatively- charged particles will collect at the anode.

But in our calculations, each of the charged particles becomes a combination of three particles plus some number of photons.

So a lot of charged particles can fit into a small space, with very light structures.

Other instruments will examine the interaction of Titan's atmosphere with charged particles from Saturn's magnetosphere.

It characterizes the strength of the force between electrically charged particles.

Tiny: Electrons, negatively charged particles, circle the nucleus of an atom.

Gradually, the young stars' fiercewinds (streams of charged particles) blow away the gas, revealing bright bluestar clusters.

Highly charged particles of pumice roar upward in spreading clouds of gas and smoke, generating crackling tangles of lightning.

The lights are caused by a flow of electrically charged particles to and from one of Saturn's moons.

The arcs are plasma, superheated matter made up of moving charged particles (electrons and ions).

This interstellar cloud is a wispy band of charged particles through which our solar system is slowly moving through.

Plasma forms when gas becomes so hot that electrons are stripped from atomic nuclei, leaving behind a soup of charged particles.

The charged particles from large storms blast Earth's magnetic field, which acts as a shield.

The two zones merge gradually, with the flux of charged particles showing two regions of maximum density.

Charged particles carry currents, which cause significant modifications in the Earth's magnetosphere.

Then electric fields generated by the solar wind sweep away the charged particles.

Thus, this research could not say much about the effects of interplanetary charged particles, which cannot penetrate Earth's magnetosphere .

The cyclotron accelerates positively charged particles, while the betatron accelerates negatively charged electrons.

Some active galaxies emit jets and blobs of highly energetic, electrically charged particles.

Orbiting the nucleus are negatively charged particles called electrons.

These charged particles can flow out into the surrounding rocks, explained Dr Freund.

Last, the Radio Plasma Imager sends out pulses of radio waves that bounce off clouds of charged particles.

Inquiry Teaching of "the Motion of Charged Particles in the Magnetic Field"

The collision can occur between two charged particles; it need not involve direct physical contact.

It involves the same parameter as that involved in the enhancement factor for coagulation of two equally charged particles.

therefore, it didn't send the brunt of its charged particles toward us, but out into space.

This energy involves tons of charged particles, hurled our way in the so-called solar wind.

To accelerate positively charged particles, such as positrons , the electric field must be reversed.

In addition to radiation, AGNs accelerate charged particles that, in turn, generate a magnetic field.

The solar wind is a stream of electrically-charged particles.

The charged particles interacting with Earth's magnetic field generate intense and beautiful aurora, but they can also be destructive.

Spots and blemishes on the image are background stars and camera streaks caused by charged particles.

Because the connection is physical, not chemical, the charged particles can attach and detach almost instantly.

The noise is caused by charged particles from the solar wind colliding with Earth's magnetic field.

For example: how many charged particles are accelerated by the ultra-strong magnetic field?

electrically charged particles streaming from the sun,

Simulation and calculation of electromagnetic field distribution and movement of charged particles during magnetron sputtering

A Study of the Moving Status of Charged Particles after Entering a Magnetic Field

Explaining the Questions "Movement of Charged Particles in Magnetic Fields" by the Combination between Number and Form

Isospin Effects on Production Cross Section of Light Charged Particles in Reaction of Proton Rich Nuclei

Pseudorapidity Distribution of Charged Particles in High-Energy Nucleus-Nucleus Collisions

a period during which activie reaction centres in the form of charged particles accumulate in the medium,

Interaction of Charged Particles with Superlattice, and Identification of Particles with Ultra-high Energy

Handing Questions of the Movement of Charged Particles in Magnetic filed with Transposed Space

Theoretical model of the electric field produced by charged particles in windblown sand flux

Applying Momentum to Solve Problems on Charged Particles'Motion in A Magnetic Field

It's a continuous flow of charged particles [ magnetics! ]

Influence of external electric field on the coagulation of electrically charged particles

Influence of negative radial electric field on charged particles and numerical simulation

Numerical Simulation of Charged Particles Motion in Magnetic Field Confinement

Experimentation on Computer Simulation of Motion of Charged Particles in Magnetic Field

Several motion equations of charged particles in electromagnetic field

Motion Equation of Charged Particles in Elecreostatic Coagulation and Approximation Solution

The Movement of Charged Particles in the Uniform Stabilized Electromagnetic Field

The Movement of Charged Particles in the Uniform Stabilized Electromagnetic Field

Theoretical study on electric coagulation of bipolarly charged particles in alternating electric field

Examples and Analysis of Charged Particles'Motion in Electric Fields and Magnetic Fields

Effects on single scattering of charged particles by electrostatics

Quantum size effect of magnetism of charged particles in a magnetic field

Design of the charged particles shielding detector

Hamiltonian Functions of Charged Particles in Electric Field

Introductory Transport Theory For Charged Particles In Gases

Establishment on Two Phase Flow Charged Particles Motion Equation

Symmetrical Motion of Charged Particles in Magnetic Fields

Device for adjusting an apparatus for generating a beam of charged particles

Sine-square Potential and Quasichanneling Radiation of Charged Particles

Kinetic energy of the charged particles in the magnetic field

Research on the Detection of Fluxes and Spectra of Charged Particles in Space

Simulation of motion of charged particles in magnetic field

Interplay between Two Charged Particles with Even Velocity

Motion of charged particles in earth magnetic field

Charged particles in magnetic fields

Motion of Charged Particles in Magnetic Field

A collection of charged particles:

Energy Loss of Charged Particles in Magnetized Plasmas

The Development of Detectors for Space Charged Particles