The two events mark the device's «first turns» — a milestone
when beams of particles are circulated through many revolutions of an accelerator for the first time.
Not exact matches
4Or how can you say to your brother, Let me get the tiny
particle out
of your eye,
when there is the
beam of timber in your own eye?
When a
beam of electrons or positrons flies through a gas, they scatter off the gas
particles at predictable rates.
Optical tweezers work thanks to the force generated
when a
particle refracts light, which pushes the object to the most intense part
of a
beam.
When a
particle falls into a black hole and approaches the inner horizon, he found, it is diverted into one
of two narrowly focused, laserlike
beams.
But whereas an MRI subjects materials to a magnetic field and measures how the polarity
of the atoms in that material change, NDP hits materials with a low - energy neutron
beam and counts the different kinds
of charged
particles that are created
when an individual neutron happens to collide with one
of the atoms in the test material and annihilates it.
To be built on the campus
of the University
of Rome Tor Vergata on the outskirts
of the city, SuperB will accelerate
beams of electrons and positrons inside two 1.2 - kilometer - circumference rings and study the decay
of particles such as B mesons and tau leptons that are produced
when the
beams collide.
When spiraling electron
beams pass magnetic
particles, in theory, their degree
of rotation should change, depending on the strength
of the magnetism.
«
When you collide an unpolarized proton beam (where the proton spins can be pointing in any direction) with a proton polarized transverse to its direction of travel (say, with its polarization axis facing up), there is a net deflection — an imbalance in the probability for a particle to go to the left versus to go to the right — just like when a ball hits a spinning fan,» said Dun
When you collide an unpolarized proton
beam (where the proton spins can be pointing in any direction) with a proton polarized transverse to its direction
of travel (say, with its polarization axis facing up), there is a net deflection — an imbalance in the probability for a
particle to go to the left versus to go to the right — just like
when a ball hits a spinning fan,» said Dun
when a ball hits a spinning fan,» said Dunlop.
But
when other physicists generate
beams of neutrons and tally the emerging protons — the
particles that free neutrons decay into — they peg the average neutron lifetime at around 14 minutes and 48 seconds.
The results suggest that supermassive black holes send out
beams of X-rays
when their surrounding coronas — sources
of extremely energetic
particles — shoot, or launch, away from the black holes.
But
when we're talking about large - scale, low - value per bottle, rather than claims on individual bottles
of obscenely expensive old stuff, zapping the wine with
particle accelerator
beams isn't going to be
of any aid in uncovering further hijinks.