「particle」の共起表現一覧(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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