The previously
freely moving electrons come to an abrupt halt and the material loses its conducting properties.
Not exact matches
For this to work, the wire's surface must be extremely clean, allowing
electrons to
move freely and spread along the wire to create a uniform temperature.
When the dust settled in the 1970s, we were left with two kinds of elementary particles: quarks, which group into heavier composites like protons and neutrons; and lighter particles called leptons, like the
electron and the neutrino, which can
move freely without bunching into heavier combinations.
For this to work, the wire's surface must be extremely clean, allowing
electrons to
move freely and spread along the wire to create...
This
freely moving particle, predicted by many grand theories of the universe, is thought to carry a single quantum of magnetic «charge», rather as an
electron carries a single unit of electric charge.
When a rock heats up, some of the
electrons inside can
move freely.
APDs detect photons because when a photon strikes the top surface of the chip, its energy knocks an
electron into an energy level in which it can
move around
freely.
Unlike the other
electrons in the material, which
move about
freely, the density wave is a periodic, fixed
electron phase that seems to compete with and hinder the superconducting phase.
Less evident is the concept that
electrons and atoms can
move cooperatively to stop the flow of charge — or, in the other extreme, make
electrons flow
freely without resistance.
The nanomaterial is composed of a single layer of carbon atoms linked in a hexagonal chicken - wire pattern, and all the atoms share a cloud of
electrons moving freely about the surface.
Another way is also possible: At a temperature of millions of degrees, the gas in the corona is highly ionized, that is,
electrons are stripped off neutral atoms and
move freely.
He realized that if the material is well - ordered, like a crystal, with its atoms evenly distributed, the
electrons move freely as waves.
Closer to home, I suppose I left out the sun, which of course, itself is mostly plasma, because [the] high - temperature center of the sun is 15 million degrees, and so that is plenty hot enough to separate the
electrons and the protons and to make sure that they
move around
freely inside the center of the sun.
Because of the dense crystal lattice, the
electrons could
move freely between each of the interactions for only a few ångstrom (10 - 10 meter).
That
electron can then
move around the crystal
freely, and we can get a current.