小窓モード

プレミアム

ログイン
設定

設定

Weblio 辞書 > 英和辞典・和英辞典 > detectorの意味・解説 > detectorに関連した共起表現

「detector」の共起表現一覧(1語左が「the」)

該当件数 : 60



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
                                                                                                    


こんにちは ゲスト さん

ログイン

Weblio会員(無料)になると

会員登録のメリット検索履歴を保存できる!

会員登録のメリット語彙力診断の実施回数増加!

無料会員に登録する
英→日 日→英
こんにちは ゲスト さん

ログイン

Weblio会員(無料)になると

会員登録のメリット検索履歴を保存できる!

会員登録のメリット語彙力診断の実施回数増加!

無料会員に登録する

©2024 GRAS Group, Inc.RSS