「detector」の共起表現一覧(1語左が「the」)
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Specify the | detector geometry. |
Otherwise the | detector might be damaged. |
Roughly spherical, the | detector measures 30 feet across. |
The outermost layer of the | detector detects muons. |
the satellite made the interpretation of the | detector data very difficult. |
As a charged particle travels through the | detector, it ionizes the gas between the plates. |
In a second phase (end of 2007), the | detector is planned to be moved underground. |
rcentage of the fluorescence picked up by the | detector is also dependent upon the system. |
On passing through the | detector gas, a particle will produce primary ionizati |
By contrast, if the | detector sees photons emitted directly from a glowing |
ition of endcaps of similar construction, the | detector covered 98% of the solid angle around the int |
After its decommissioning at SLAC, the | detector was carried to DESY, where it was used for b- |
o discriminate against particles entering the | detector from below. |
upersymmetric particle, LSP (which leaves the | detector unseen). |
The intensity of the light hitting the | detector depends on the relative positions of the two |
ten built underground in order to isolate the | detector from cosmic rays and other background radiati |
is nearing the levels where theoretically the | detector should start to detect dark matter. |
Even though the | detector operated only during a few months in the summ |
The LEGRI system included the | Detector Unit, Mask Unit, Power Supply, Digital Proces |
The polarized radiation focused onto the | detector is doubly modulated, both by the PEM and by t |
These two components interfere in the | detector and produce signals, which permit the detecti |
band of light initially traveling toward the | detector, has been effectively scattered in other dire |
of a defined energy are backscattered to the | detector if they collide with an atomic nucleus. |
ved signal to a level sufficient to drive the | detector stage. |
The bubble development in the | detector is accompanied by an acoustic shock wave that |
, if no higher energy particles penetrate the | detector walls, the SST-Foil should only measure elect |
Since the ray cones approaching the | detector surface have the same angle of incidence and |
s VD slowly recovers to Va, and therefore the | detector is ready to be ignited again. |
th a so-called makeup gas flowing through the | detector chamber. |
d by this low voltage and will only reach the | detector if their direction of travel takes them to it |
sufficient energy such that it arrives at the | detector at the same time as the red ion. |
ill then drift through the flight tube to the | detector in the same time. |
The scattered gamma rays reaching the | detector, at the fixed station from the source, are co |
The order of migration seen by the | detector is shown in figure 3: small multiply charged |
ting the spatial information contained in the | detector signal we can more accurately localize the γ- |
The first part of NT-200, the | detector NT-36 with 36 optical modules (OMs) at 3 shor |
/z but different kinetic energy arrive at the | detector at the same time. |
gain is how the amount of signal given by the | detector varies as a function of the amount of light ( |
rent is the amount of signal given out by the | detector when there is no incident light (hence dark f |
sed for fine adjustment of the sample and the | detector positions. |
The use of a mass spectrometer as the | detector in gas chromatography was developed during th |
The name of the | detector is a playful pun, which was bestowed upon it |
aser intensity, the quantum efficiency of the | detector and the full scattering volume and solid angl |
es are necessary: an underground site for the | detector, to limit the effect of the seismic noise, an |
Deployment and connection of the | detector are performed in cooperation with the French |
era phones, because the low resolution of the | detector allows a loose focusing on the CCD without no |
can undergo a phase transition at a time, the | detector can stay active for much longer periods than |
flicker frequency of a fire (1 to 20 Hz) the | detector is made less sensitive to false alarms, cause |
of SSNTDs is that charged particles break the | detector within nanometers down the path in such a way |
and positron created were measured within the | detector volume,and the axis of the V of the two emerg |
25 (GX5-1), but the spatial resolution of the | detector was insufficient to resolve Sgr X-5 from the |
Case described the | detector material as consisting of thallium, oxygen an |
eld that the ions recombine after passing the | detector to reform their original molecules, however o |
oherent superposition of emitted light on the | detector is possible. |
ation of intensity from any Debye cone at the | detector provides order(s) of magnitude increase in in |
ich case the (nearly) steady component of the | detector output is a good measure of the instantaneous |
order to filter out the common events so the | detector is not overwhelmed, the electrons must pass t |
e overall signal production efficiency of the | detector, however, also depends on the quantum efficie |
by the linear stage and appear finally to the | detector as if it were a sideband of the carrier, it i |
er signal is given when the sample enters the | detector because the oxidized carbons are not ionized |
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