「ＧｅＶ」の共起表現(2語左で並び替え)

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共起表現

「ＧｅＶ」の共起表現一覧(2語左で並び替え)

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ex consisting primarily of a 600 MeV linac, a 3	GeV synchrotron and 50 GeV synchrotron.
tron Radiation Research Center (NSRRC) is a 1.5	GeV third-generation synchrotron, in the Hsinchu Sc
g Storage Rings (ISR) facility at CERN, a 30+30	GeV proton-proton system, opened in 1971 and became
ISABELLE was a 200+200	GeV proton-proton colliding beam particle accelerat
t the Stanford Linear Accelerator Center, a 3+3	GeV electron-positron system, was completed in 1972
on excludes Z' bosons up to masses of about 800	GeV for "typical" cross sections predicted in vario
alled νMSM model where their masses are between	GeV and keV.
Desert and supersymmetry, it is at around 1016	GeV.
lectroweak scale is the energy scale around 246	GeV, a typical energy of processes described by the
The resonance is located at 9.5	GeV, corresponding to the mass of the ϒ(1S).
ium-energy electron storage ring operating at 3	GeV.
The ring will operate at 3	GeV, which is considered medium range, yet the brig
ons and electrons in the momentum range below 1	GeV.
the range from 1011 to 1014 electron-volts (100	GeV - 100 TeV).
Positron energy 3.7	GeV
Electron energy 3.7	GeV
MAMI C (output energy: 1.5	GeV)
Groundnut eyespot virus (	GEV) is a plant pathogenic virus of the family Poty
Ashe County Airport (ICAO: KGEV, FAA LID:	GEV) is a public airport located three miles (5 km)
-grabber, "one of ours" - a kibbutznik from Ein	Gev turned zealously religious and nationalistic an
photons produced by the extremely high energy (	GeV) particles characteristic of the space radiatio
han, Morgan was sent from Poland to live in Ein	Gev, a kibbutz in the British Mandate of Palestine,
The beam energy of electrons is 1.28	GeV in normal operation.
ratures (energies) below W/Z boson masses (~100	GeV) is given approximately by , where GF is Fermi'
The hidden states have masses near a	GeV and very weak couplings to particles in the Sta
his was attractive for him because of a new 400	GeV particle accelerator being built at nearby Ferm
re charged particles in the energy range of 0.5	GeV to 5 GeV.
ing electrons and positrons with an energy of 3	GeV.
range from the experimental lower bound of 117	GeV to 1000 GeV where its width becomes very large.
984, with a maximum center of mass energy of 62	GeV.
sics), which produces an electron energy of 5.5	GeV.
nal intended form was to produce a beam of 10.6	GeV protons for nuclear physics research.
It produces high-energy (	GeV) photon beams by the backward Compton scatterin
erator to impart kinetic energy in the range of	GeV to a single particle, accelerating protons to 3
70 electrons with energies in the range 300-800	GeV; these electrons were in excess of those expect
The scale 1016	GeV is only a few orders of magnitude below the Pla
they tend to have masses at the weak scale (100	GeV - 1 TeV) and couple to other particles with str
ion was in the PEP-4 detector, which studied 29	GeV electron-positron collisions at the PEP storage
If the mass is lower than ˜2	GeV the WIMP relic density would overclose the univ
ticle (WIMP) candidates with masses less than 1	GeV.
tor mesons, ρT and aT, are heavier than 200-300	GeV.
for center-of-mass energies from 400 MeV to 150	GeV.
to produce beams of different energies up to 8	GeV for precision experiments involving kaons and m
structed during the accelerator's upgrade to 12	GeV energy.
individual gamma rays ranging from 30 MeV to 30	GeV, EGRET was equipped with a plastic scintillator
an upgrade which doubles the beam energy to 12	GeV.
ope, (EGRET) measured high energy (20 MeV to 30	GeV) gamma ray source positions to a fraction of a
lity for masses of the leptoquark up to 275-325	GeV.
ured to be about 1/127 at energies close to 200	GeV, as opposed to the standard low-energy physics
Design Energy was 4	GeV and was reached in 1966 By the time NINA was cl
pick up more energy, leaving the Booster with 8	GeV.

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