「analyte」の共起表現(1語右で並び替え)

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

意味

例文

共起表現

「analyte」の共起表現一覧(1語右で並び替え)

該当件数 : 81件

The ionization mechanism depends on the	analyte and solvent used and for example the followin
sed on the formation of a complex between the	analyte and the titrant.
tors may consist of a negative sample with no	analyte and a positive sample having the lowest conce
have an important role on the retention of an	analyte and can change the selectivity of certain ana
between the logarithm of the concentration of	analyte and the measured voltage.
mary mobile phase evaporates leaving only the	analyte and a small volume of polar co-solvent.
iate determination of the molecular weight of	analyte and/or fragmentation pattern thus providing a
Positive and negative ions of the	analyte are formed by reactions with this plasma.
The excited	analyte atoms emit light at characteristic wavelength
niformity of concentration and path length of	analyte atoms (in graphite furnace AA).
stry for the quantitative determination of an	analyte based on the mass of a solid.
mass transfer kinetics of the	analyte between mobile and stationary phase
al specificity compared to UV (as long as the	analyte can be suitably ionised), and short analysis
fine metal powder in glycerol as a matrix, an	analyte can be ionized without losing its structure.
age mass spectrometer might be sufficient for	analyte characterization or identification.
fied to achieve biochemical affinity with the	analyte compound.
The	analyte concentration is thus proportional to the deg
linear change in absorbance as a function of	analyte concentration (Beer-Lambert law).
Alternately, the molar absorptivity, ε, and	analyte concentration, C, can be determined from the
is the absorption coefficient for a specific	analyte concentration.
ays require additional calibrators with known	analyte concentrations.
not produce peaks of similar area per unit of	analyte due to the different susceptibilities of frag
This is done to correct for the loss of	analyte during sample preparation or sample inlet.
Enantiomorphic protons of the	analyte enantiomers, which without Pirkle's alcohol a
To elute the	analyte from either the strong or weak sorbent, the s
tical concentration of some components of the	analyte gas or solution.
ed, it should be tested to make sure that the	analyte has been completely precipitated.
n factor (R) is defined as the fraction of an	analyte in the mobile phase of a chromatographic syst
The amount of	analyte in the original sample can then be calculated
known, it is simple to calculate the mass of	analyte in the original sample.
The velocity of migration of an	analyte in capillary electrophoresis will also depend
degree of phase transfer is different for the	analyte in the calibration standard and in the sample
can be used to calculate the concentration of	analyte in the solution.
in terms of the presence or concentration of	analyte in the sample.
mobilized on the biosensor tip surface and an	analyte in solution produces an increase in optical t
lse on a macromolecule causes cleavage of the	analyte into tiny fragments and the loss of its struc
In this reaction, the	analyte is heated with alcoholic potassium hydroxide
An	analyte is the substance or chemical constituent that
As the	analyte is reduced at the working electrode, the conc
sen such that the titrant is reduced, but the	analyte is not.
Most commonly the gaseous	analyte is ozone, which can be "titrated" with nitrog
An	analyte is a substance or chemical constituent that i
Chromatography, in which the	analyte is separated from the rest of the sample so t
The	analyte is turned into small droplets in a nebuliser
1) that the standards require a supply of the	analyte material, preferably of high purity and in kn
For instance, in an immunoassay, the	analyte may be the ligand or the binder, while in blo
Unfortunately, other oxidants present in the	analyte may interfere and give erroneous results.
one can determine composition of an arbitrary	analyte mixture.
tunneling can result in ionization of gaseous	analyte molecules.
In most cases, the	analyte must first be converted to a solid by precipi
es of a macromolecule, such as a protein, the	analyte must be ionized and vaporized by laser irradi
(an overpotential), then the concentration of	analyte next to the working electrode will depend ent
sed on electrostatic interactions between the	analyte of interest and the positively charged groups
olution is a solution containing little to no	analyte of interest, usually used to calibrate instru
The	analyte of interest is electroplated on the working e
In cases where the	analyte of interest has an oxidizing potential above
rbent and usually will not be eluted with the	analyte of interest; to recover a strong base a weak
In medicine,	analyte often refers to the type of test being run on
passed can indicate the concentration of the	analyte or, when the concentration is known, the numb
ganates and is used to estimate the amount of	analyte present in unknown chemical samples.
to the amount of moles of substance (known as	analyte) present in the sample: the smallest amount o
.g., by FT-IR); this also gives the amount of	analyte present in the original sample.
e linearly correlated to the concentration of	analyte present.
absorption) and thus affords for the further	analyte recovery.
for calibration by plotting the ratio of the	analyte signal to the internal standard signal as a f
ory of electroanalytical methods in which the	analyte solution flows relative to a working electrod
olves volumetric manipulations to prepare the	analyte solutions.
oscopy can be used in this way so long as the	analyte species has substantial absorbance in the spe
ions at differing known concentrations of the	analyte species, the concentration of the sample solu
nly used to determine the concentration of an	analyte species.
In simple terms an	analyte specific reagent is the active ingredient of
of an sandwich approach with a second set of	analyte specific antibodies.
S. Food and Drug Administration (FDA) defines	analyte specific reagents (ASRs) in 21 CFR 864.4020 a
working electrode is sufficient to reduce the	analyte, then the concentration of analyte close to t
ties present in the unknown interact with the	analyte to change the instrumental response or themse
l (volts) of an electrode in contact with the	analyte while measuring the resulting current (ampere
More of the	analyte will slowly diffuse into the volume of soluti
Spectroscopy, based on the interaction of the	analyte with electromagnetic radiation;
usually a vacuum UV (VUV) lamp, to ionize the	analyte with single photon ionization process.
ons are produced through the collision of the	analyte with ions of a reagent gas that are present i
volves two steps, namely the titration of the	analyte with potassium permanganate solution and then

共起表現

「analyte」の共起表現(1語右で並び替え) - Weblio英語共起表現検索

「analyte」の共起表現一覧(1語右で並び替え)