「Parti-cle」の共起表現(1語右で並び替え)

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of Alpha are very close to breakup: raising a	particle a meter above the surface would put it into o
The extra	particle absorbs the extra momentum when a photon is c
Since 1944 he worked in the field of	particle acceleration technique; he became famous for
A PASER (from the acronym of	Particle Acceleration by Stimulated Emission of Radiat
laser-matter interaction research, including	particle acceleration, x-ray backlighting and laser-pl
The asteroid is named after the Fermilab	particle accelerator in Batavia, IL.
stitute of Technology, which became the first	particle accelerator to go into operation in Scandinav
The Neutrino Factory is a proposed	particle accelerator complex intended to measure in de
ter where the world's largest superconducting	particle accelerator ring is located.
The ISR (Intersecting Storage Rings) was a	particle accelerator at CERN.
In the 1980s, a Cockroft-Walton	particle accelerator was put in place on campus.
te of the European Spallation Source (ESS), a	particle accelerator facility to generate neutrons by
The UNK proton accelerator was a large	particle accelerator under construction in Protvino, n
Relativistic electrons from a conventional	particle accelerator pass through a vibrationally exci
or-based Sciences and Education (CLASSE) is a	particle accelerator facility located in Wilson Labora
the field of high-energy physics and the ELSA	Particle Accelerator in Bonn and designing the Amadeus
i where he proposed the idea of a collider: a	particle accelerator where a particle and its antipart
mulates a journey through Fermilab's Tevatron	particle accelerator in Chicago, where an atom collisi
nello Di Accumulazione) was the first Italian	particle accelerator and the first-ever electron-posit
ng the International Linear Collider (ILC), a	particle accelerator to succeed current machines such
s attractive for him because of a new 400 GeV	particle accelerator being built at nearby Fermilab.
As with many	particle accelerator experiments, Marques' team fired
as a 200+200 GeV proton-proton colliding beam	particle accelerator partially built by the United Sta
It was the first	particle accelerator to impart kinetic energy in the r
gineers (Nuclear and Plasma Sciences Society)	Particle Accelerator Science and Technology Award for
later studied nuclear physics and worked in a	particle accelerator laboratory.
ptimized bending and focusing of electrons in	particle accelerator rings known as synchrotron light
icles were first detected using the Cosmotron	particle accelerator at Brookhaven National Laboratory
an experiment being conducted using the HERA	particle accelerator located at DESY in Hamburg.
nce that a failure of a magnet within the LHC	particle accelerator may delay the start of the experi
osurgical treatment system driven by a linear	particle accelerator in Singapore.
ron fluxes higher than available from a small	particle accelerator or other radioactive sources.
t Linear Collider (CLIC) is a proposed linear	particle accelerator under design at CERN.
is is necessary when, for example, a circular	particle accelerator has to be shut down.
that occurred at the interaction point of the	particle accelerator), whose study is the ultimate goa
lectron beam accelerator (or Linac, a type of	particle accelerator).
beam of particles is needed, to fill a large	particle accelerator, the damping ring may be extended
The Cosmotron was a	particle accelerator, specifically a proton synchrotro
Bugorski used to work with the largest Soviet	particle accelerator, the U-70 synchrotron.
ith high speed alpha particles, either from a	particle accelerator, or a naturally decaying radioact
xperimentally nine atoms of antihydrogen in a	particle accelerator.
NINA is a	particle accelerator.
This article is about the	particle accelerator.
ork on NINA exploiting this by product of the	particle accelerator.
) is an electron-positron collider, a type of	particle accelerator.
s of small emitters, each working like a tiny	particle accelerator.
nitrogen, oxygen, carbon, neon or boron in a	particle accelerator.
arge circular underground tunnel similar to a	particle accelerator.
last thing you'll find in this programme is a	particle accelerator.
	Particle accelerators use electric fields to propel el
esearch center that develops and runs several	particle accelerators and detectors, most notably the
upersymmetry theorists to be pair produced in	particle accelerators such as the Large Hadron Collide
At modern	particle accelerators this refers to the interactions
nd perform experiments with equipment such as	particle accelerators and lasers, whereas those involv
ectron Tandem Ring Accelerator) is one of the	particle accelerators at DESY in Hamburg, Germany.
nergy physics to describe single electrons in	particle accelerators that are exhibiting characterist
are a form of electromagnetic cavity used in	particle accelerators to provide a transverse deflecti
d to pump out, which makes it very popular in	particle accelerators where this is an issue.
These are small	particle accelerators which cause a brief fusion react
higher than the 1012 to 1013 eV that man-made	particle accelerators can produce.
Data from	particle accelerators provides meaningful insight into
ence for supersymmetry at current and planned	particle accelerators or in the guise of dark matter)
nal episode filmed at the ISIS neutron source	particle accelerators, near Didcot.
A dipole magnet, in	particle accelerators, is a magnet constructed to crea
eballs are extremely difficult to identify in	particle accelerators, because they mix with ordinary
h tests were made by many experimentalists in	particle accelerators, using different types of partic
research reactors, isotope production plants,	particle accelerators, and uranium mines.
the base of all present-day very high energy	particle accelerators, such as the Large Hadron Collid
hysics and vacuum device engineering, such as	particle accelerators, semiconductor fabrication, and
been suggested, notably heavy ions driven in	particle accelerators, lasers are currently the only d
with Professor Rolf Wideroe, the developer of	particle accelerators.
lation of particles is routinely confirmed in	particle accelerators.
d hundreds of different kinds of particles in	particle accelerators.
a critical step in the development of modern	particle accelerators.
ons of other particles, as can be detected in	particle accelerators.
carbide is also a popular target material for	particle accelerators.
lab announced the discovery of a possible new	particle after a new non-Higgs particle appeared.
ral components will react to a single passing	particle, allowing an accurate reconstruction of the p
(1926), co-discoverer of the kaon sub-atomic	particle, alongside Sir Harold Jeffreys (Mathematics,
led hadrons, came the fear that a fundamental	particle, an a-tom would never be found.
single	particle analysis
Joe began the production of the new cell and	particle analyzer.
mechanics devised by Lucien Hardy in which a	particle and its antiparticle may interact without ann
TRIUMF is Canada's national laboratory for	particle and nuclear physics located at UBC.
where Vp is volume of the	particle and Ap is the surface area of the particle
gives the player near total access to color,	particle, and fluid motion effects, allowing them to s
m is the mass of the	particle and
It is a measure of the momentum of the	particle, and it refers to the fact that a higher mome
more complete solution - massifying the gauge	particle and also showing how the numbing influence fr
m quark changes into a strange quark with a W	particle and then decays into Ks and πs.
orithms to run record-breaking simulations on	particle and fluid systems on supercomputers.
For his contributions to	particle and solid state physics he was awarded the Ma
mathematics, solid state physics, elementary	particle and nuclear physics to cosmology.
explored how the scientific concepts of wave,	particle and field can be used analogically to demonst
ssflow membrane, S.J. Peng and R.A. Williams,	Particle and Particle Systems Characterization, 15, (1
her experiments, such as Fly's Eye (Oh-My-God	particle) and AGASA.
ns due to the interaction between the charged	particle and the atomic nuclei, but can also result fr
t massive of all quarks, a type of elementary	particle, and a major constituent of matter.
aboard the spacecraft to investigate charged	particle and X-ray activity.
Provide complete plasma, energetic	particle, and magnetic field input for magnetospheric
A lepton is an elementary	particle and a fundamental constituent of matter.
on due to the interaction between the charged	particle and the atomic electrons.
His work with the virus-like	particle and the Nodavirus family (Nodaviridae) result
n ergodic-like relation between the motion of	particle and the corresponding steady state, and (2) t
es in the field of atomic nucleus, elementary	particle and cosmic ray physics and neutrino astrophys
onium (plural: onia) is the bound state of a	particle and its antiparticle.
r regions, the local environment due to these	particle and gas effects may be different.
he PFM is sensitive to the environment of the	particle and has been used in a variety of different e
is slightly changed while passing through the	particle, and unscattered light are collected by a len
olonica B, which covers mathematical physics,	particle and nuclear physics, relativity, astrophysics
Like all other properties of a quantum	particle, angular momentum is quantized, meaning it ca
at states that the universe began as a single	particle arising from an absolute vacuum, similar to h
husetts Institute of Technology who found the	particle as part of his own research.
they do not have any polymerase in the virus	particle as the genome can be read directly as mRNA wh
eutron indicates that it is not an elementary	particle, as it carries no net charge but still intera
ce will be mapped by the physics of a "large"	particle as being singly connected and including geome
s are derived that relate the velocity of the	particle as seen in the two frames, and the accelerati
a plot of the production rate of the unstable	particle as a function of energy traces out the shape
-dimensional position and momentum of a point	particle as a point in 6-dimensional phase space.
the average path length traveled by a charged	particle as it slows down to rest, calculated in the c
dele Chen director of the Kavli Institute for	Particle Astrophysics and Cosmology (KIPAC), Professor
n Associate Member of the Kavli Institute for	Particle Astrophysics and Cosmology (KIPAC).
electroweak baryogenesis and other aspects of	particle astrophysics, for contributions to effective
iversity of California, Berkeley's Center for	Particle Astrophysics.
ee used for calculating the force acting on a	particle at the point of origin.
The photon in this model becomes a massive	particle at low temperatures.
xtbooks, handbooks, and atlases including The	Particle Atlas, the world's first atlas of microscopic
The Unique	Particle Attribution (UPA) rule is a mechanism to prev
ure), can the notion of incoming and outgoing	particle be recovered, thus enabling one to define an
sting in the diffraction of a well-collimated	particle beam (often an electron beam), by a standing
Excalibur features energy and	particle beam weapons.
irectly led to the development of accelerated	particle beam devices, fiber optics, lasers, integrate
The purpose of a charged	particle beam dump is to safely absorb a beam of charg
dp/p is the momentum spread of the	particle beam
f four turreted 52mm Pulse Cannons, four twin	particle beam arrays, and two squadrons of Starfuries.
st accelerator to allow the extraction of the	particle beam for experiments located physically outsi
d interfere with itself (the intensity of the	particle beam should vary in with distance, presenting
inst hundreds of robot warriors equipped with	particle beam weapons.
sts of three gravimetrically enhanced neutron	particle beam cannons, similar to those found on a Sha
adiation damping to reduce the emittance of a	particle beam-damping rings and undulators-and both re
is the number density of a	particle beam.
moving neutral atoms, as a special case of a	particle beam.
ically to the experimental halls that receive	particle beams from the west extraction zone of the SP
He made seminal contributions to Charged	particle beams (Electron optics and Accelerator physic
ooling, a method of reducing the emittance of	particle beams by thermalisation with a co-propagating
investigating the chaotic dynamics of charged	particle beams, and the influence of binary supermassi
iven by Multicascade Linear System, Laser and	Particle Beams, G. Murtaza, Zahoor Ahmad.
vented the Halbach array to focus accelerator	particle beams.
This	particle became known as the neutron because of its la
As a consequence, the F1	particle becomes exposed and on the outside.
glycerides are lost from VLDL the lipoprotein	particle becomes smaller and denser (since protein is
r collision length is the mean free path of a	particle before undergoing a nuclear reaction, for a g
The proton is not a fundamental	particle, being composed of quark-gluon matter.
Such a	particle belongs to a singlet representation with resp
uses, can be imaged according either to their	particle biodistribution or their transduction pattern
rves Temple Inland with outbound shipments of	particle board and veneer, a cement powder transload o
component in various forest products, such as	particle board and mulch.
Plant, Cement Plant, two Paper Sack Units and	Particle Board Mills.
coating, adhesives and sealants, carpets and	particle board
n as being made of 100% wood, usually without	particle board or laminate.
od-products such as oriented strand board and	particle board
As it is largely painted	particle board, it's not appropriate for firewood or f
ative papers that are directly laminated onto	particle board; the resulting panel is often called me
nome can be transformed using microprojectile	particle bombardment and the nuclear genome has been t
can be used to provide rotation to a charged	particle bunch by applying a time varying magnetic fie
devices that allow various properties of the	particle bunches to be measured.
The three pions were believed to be the same	particle, but in different isospin states.
ls that that are not directly hit by an alpha	particle, but are in the vicinity of one that is hit,
The paper did not explicitly predict a new	particle, but did allow for electrons having either po
; not a fundamental interaction mediated by a	particle, but a probabilistic consequence of physical
tering is the elastic scattering of a charged	particle by an imperfect interface between two differe
the attribute BALANCE the alias BILAN and the	particle BY the alias PAR.
lem by introducing a hypothetical real scalar	particle called the axion.
Thus, no	particle can rotate opposite to the central mass withi
in the shoulder armor, and a quartet of mega	particle cannons positioned in the arm-mounted shield.
ray is sometimes used to describe any recoil	particle caused by secondary ionization.
istant cells can be treated as a single large	particle centered at its center of mass (or as a low-o
Morphologi G3	particle characterization system
The	Particle Chemistry department is led by Prof. Stephan
particles are separated in the electrostatic	particle collector.
This occurs after high-energy collisions in a	particle collider in which free quarks or gluons are c
termine the causes of a deadly explosion at a	particle collider and mitigate its aftereffects.
A beam crossing in a	particle collider occurs when two packets of particles
t time, the SPEAR had been built in an era of	particle colliders, where physicists were more interes
loured bound states at energies observable in	particle colliders.
rlo simulations and tracking particles within	particle colliders.
In a two	particle collision (or a two particle decay) the squar
See also: Safety of	particle collisions at the Large Hadron Collider
PYTHIA is a computer simulation program for	particle collisions at very high energies (see event (
n be disrupted by other interactions, such as	particle collisions and energy transfer, and so often
In other words,	particle collisions began with protons in Rutherford's
s of jets (sprays of hadrons that emerge from	particle collisions when a quark or gluon is produced)
flashes of light created by individual alpha	particle collisions with the screen.
to be proven to exist, the missing energy in	particle collisions attributed to neutrinos would have
s or certain hyperons, were created easily in	particle collisions, yet decayed much more slowly than
ine particles is more prevalent when cell and	particle concentration is higher (e.g.
where C is	particle concentration, u is speed and subscript 0 ind

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