「isotope」の共起表現一覧(1語右で並び替え)
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bout physicist Ralph Alpher, was published by | Isotope: A Literary Journal of Nature and Science Wri |
In particular, 4He is used because this | isotope allows for very precise velocity control, imp |
The most common | isotope americium-241 decays (halflife 431 years) to |
On the other hand, radiogenic | isotope analysis involves measuring the abundances of |
anode by mechanical causes, and conducted an | isotope analysis of the silver used to determine the |
Lead | isotope analysis (LIA) suggests that the late LBA ing |
f bone collagen from ancient bones for stable | isotope analysis in order to help reconstruct the pal |
Lead | isotope analysis of the men's teeth has indicated tha |
oards), who had previously played together in | Isotope, and Pepi Lemer (wordless vocals). |
me Isotopia came from the fusion of the words | Isotope and Utopia. |
Molecules differing by an | isotope are sometimes distinguished from one another |
For this reason, high doses of the | isotope are sometimes paradoxically less dangerous th |
e entire molecule contains at least one heavy | isotope atom also increases. |
u (equal to 1/12 the mass of one atom of the | isotope carbon-12). |
Together with Sam Ruben, he co-discovered the | isotope carbon-14 on February 27, 1940, at the Univer |
February 27 - The radioactive | isotope carbon-14 is discovered by Martin Kamen and S |
California, Berkeley by using the radioactive | isotope carbon-14. |
This leads to better | isotope classification. |
osion then would transmute to the radioactive | isotope cobalt-60 (60Co), which would produce deadly |
ering the centrifuge, the lighter uranium-235 | isotope collects towards one end of the centrifuge wh |
or diagnosis, and in brachytherapy treatment ( | isotope confined in small seed-like metal capsules), |
When an | isotope decays into a very short-lived isotope and th |
The | isotope decays by emitting α-particles which then gen |
Harold C. Urey, in his work with hydrogen | isotope deuterium demonstrated the existence of heavy |
higher than normal proportion of the hydrogen | isotope deuterium in some manner, however D2O (heavy |
Instead of | isotope dilution, a known mass of stable carrier ion |
infrastructure in the field of environmental | isotope ecology". |
hexafluoroantinomic acid however, exhibits no | isotope effect (C6H6 and C6D6 react at the same rate) |
perdeuteriobenzene (C6D6) exhibits a kinetic | isotope effect of 2.68, similar to the isotope effect |
It is the only | isotope existing in nature to any appreciable extent |
ccidentally got killed by radiation inside an | isotope field. |
Labeled with the | isotope fluorine-18 it is used as a radioligand in po |
The most common | isotope for beam devices is caesium (133Cs), but rubi |
ctrum despite it containing the most abundant | isotope for each atom. |
Schiller and Nielsen early results on sulfur | isotope fractionation in experimentally coprecipitate |
ceanography is the behaviour of isotopes (see | isotope geochemistry) and how they can be used as tra |
Biogeochemistry and | isotope geochemistry, University of Vienna |
able and radioactive, which are the object of | Isotope geochemistry. |
continued to explore the new field of stable | isotope geochemistry. |
ing geologic temperature records using stable | isotope geochemistry. |
1, converting it into an atom of the unstable | isotope germanium-71. |
The use of 131I as a medical | isotope has been blamed for a routine shipment of bio |
(IB) elements, although a sufficiently stable | isotope has not yet been produced in a sufficient amo |
This | isotope has a half-life of about 245,000 years. |
Each | isotope has a unique Larmor frequency for NMR spectro |
Isotope identification utilizes several techniques (k | |
comes from the presence of the unstable 39Ar | isotope in natural argon liquefied from the atmospher |
y 5 kg of enriched double beta decay emitting | isotope in the form of a thin foil. |
Fluorine-18 is an important | isotope in the radiopharmaceutical industry, and is p |
ed radionuclide is actually the most abundant | isotope in nature, and the stable isotope is less abu |
ir bond connectivity, tautomeric information, | isotope information, stereochemistry, and electronic |
ric elements convert the heat energy from the | isotope into electricity. |
cular concern at the time was the radioactive | isotope iodine-131, which may lead to cancer of the t |
mass of hydrogen-1 (the most common hydrogen | isotope) is 1.00783, and the exact mass of oxygen-16 |
Because the middle | isotope is so short-lived, the gamma rays are conside |
The radioactive | isotope is used for a variety of medical and industri |
The dual of an | isotope is an isogonal polytope. |
depletion of 64Zn is necessary, because this | isotope is transformed into 65Zn by neutron capture. |
The short-lived | isotope is usually a meta-stable nuclear isomer. |
, discovered in 1999, is the most proton-rich | isotope known beyond helium-3. |
bolic labeling technique called SILAC (stable | isotope labeling with amino acids in cell culture) is |
tep only one is incorporated as determined by | isotope labeling studies. |
Stable | isotope labeling with amino acids in cell culture (SI |
xins and furans in cooperation with Cambridge | Isotope Laboratories. |
Hodell was also the director of the Stable | Isotope Laboratory from 1996-2008. |
thium fluoride (highly enriched in the common | isotope lithium-7) forms the basic constituent of the |
In contrast, 20Ne (the chief primordial | isotope made in stellar nucleosynthesis) is not known |
Other uses of dipole magnets include | isotope mass measurement in mass spectrometry, and pa |
Penning trap mass spectrometer at the On-Line | Isotope Mass Separator at CERN, very similar to SMILE |
The On-Line | Isotope Mass Separator, also known as the ISOLDE Radi |
el can support diving operations, radioactive | isotope materials, and explosive materials. |
55Cs, Cs-137) is a radioactive | isotope of caesium which is formed as a fission produ |
E was to study the abundance of deuterium, an | isotope of hydrogen. |
ires a source of positrons, and a radioactive | isotope of sodium is often used for this purpose. |
The newly found | isotope of neptunium was created by absorption of neu |
With the longest-lived | isotope of technetium, Tc-98, having a 4.2 million ye |
depleted of deuterium, a naturally-occurring | isotope of hydrogen. |
where Ni are the number of atoms of the | isotope of interest and Ntot is the total number of a |
Galindo-Uribarri and co-workers chose an | isotope of neon with an energy structure that prevent |
ng (with Norman Feather) in 1940 that the 239 | isotope of element 94 could be produced from the comm |
on than 1H NMR is to hydrogen since the major | isotope of carbon, the 12C isotope, has a spin quantu |
she and Hahn discovered the first long-lived | isotope of the element protactinium, for which she wa |
atomic number 8. It ought therefore to be an | isotope of oxygen. |
cyclotron in hopes of producing a radioactive | isotope of carbon that could be used as a tracer in i |
This | isotope of beryllium has a nuclear halo that consists |
For example, the incidence of 18O (the heavy | isotope of oxygen) can be used as an indicator of pol |
U through emission of an alpha particle to an | isotope of thorium (234Th), which is comparatively un |
commonly used markers are 32P (a radioactive | isotope of phosphorus incorporated into the phosphodi |
us, creating a heavier - and often unstable - | isotope of the chemical element as a result (neutron |
For the | isotope of Oxygen, see Oxygen-18. |
Chlorine-36 is an | isotope of chlorine. |
mical symbol for plutonium-239, a radioactive | isotope of of the chemical element plutonium. |
is 60, and Cobalt-60 (60Co) is a radioactive | isotope of cobalt. |
It used deuterium, an | isotope of hydrogen, as a neutron moderator in a U235 |
Plutonium-240 (Pu-240) is an | isotope of the metal plutonium formed when plutonium- |
NMR is NMR spectroscopy of deuterium (2D), an | isotope of hydrogen. |
Oxygen-17 is a low abundant | isotope of oxygen (0.0373% in seawater; approx. |
Every single | isotope of silicon with an atomic mass less than the |
form of rubidium chloride using a radioactive | isotope of rubidium. |
n decays through beta particle emission to an | isotope of protactinium, 234Pa. |
Oxygen-18 (18O) is a natural, stable | isotope of oxygen and one of the environmental isotop |
gnature is any substance -such as an element, | isotope, or molecule - or phenomenon that provides sc |
A nucleogenic | isotope or nuclide, is one that is produced by a natu |
list and can instead be found in the Index to | isotope pages chart. |
rate mass measurement of intact proteins with | isotope peak fitting, top-down protein sequencing fro |
Only the much less common 13C | isotope, present naturally at 1.1% natural abundance, |
sed on the fissibility of the very pure 239Pu | isotope produced in microgram quantities by the Berke |
reactor as the cornerstone of the commercial | isotope production programme. |
clear power plants (NPPs), research reactors, | isotope production plants, particle accelerators, and |
AL is served by the same complex of research, | isotope production and remote handling laboratories. |
es for experimental research purposes and the | isotope production. |
entually...be out of the business" of medical | isotope production. |
on capture and therefore buildup of alternate | isotope products such as Pu-240 in the rod, and also |
The longest-lived | isotope, Radon-222, has a half-life of only 3.82 days |
The carbon | isotope ratio of natural gas also suggests that hydro |
The 40Ar/39Ar | isotope ratio dating of the core from the impact stru |
be corrected for accurate measurement of the | isotope ratio. |
When these | isotope ratios are measured by TIMS, mass-dependent f |
tudy found that, among theropods, spinosaurid | isotope ratios were closer to those of turtles and cr |
Romain Amiot and colleagues found that oxygen | isotope ratios of spinosaurid bones indicates semiaqu |
g the Apollo Moon landings, which show oxygen | isotope ratios identical to those of Earth. |
Isotope ratios from teeth from the spinosaurids Baryo | |
n I ingots found on Crete have Paleozoic lead | isotope ratios and are more consistent with ore sourc |
, unstable volatiles such as CO2, H2S and O2, | isotope ratios of 18O and 2H, organic material and nu |
and carbonates found there contain low carbon | isotope ratios. |
origins of the elements and variations in the | isotope ratios. |
erent isotopes can then be measured, yielding | isotope ratios. |
rce, SNS, and the recently upgraded High Flux | Isotope Reactor (HFIR). |
arge, the focus of research shifted to marine | isotope records, which document changes in the size o |
Hamilton's studies of | isotope retention in humans, especially of radioactiv |
The presence of the radioactive | isotope rhenium-187 and its daughter isotope osmium-1 |
rediction of a "long lived radioactive carbon | isotope,” Ruben and Kamen pursued several routes that |
chanism for this photoreaction is given by an | isotope scrambling experiment. |
nzene to the 1,3-didehydrobenzene is based on | isotope scrambling. |
lly distinguished, so expensive and difficult | isotope separation would be necessary to separate the |
t Berkeley entered massively into the uranium | isotope separation endeavor for the Manhattan Project |
adiation Laboratory on the problem of uranium | isotope separation under the direction of his brother |
An atomic vapor laser | isotope separation experiment at LLNL. Green light is |
tentions of enriching uranium using the laser | isotope separation technique. |
n and preparation of uranium hexafluoride for | isotope separation for preparing of enriched uranium. |
The | isotope separation of zinc is done by gas centrifugat |
Hall had eye-witnessed the successful | Isotope separation of the 235U and 238U isotopes. |
Today, uranium | isotope separation is preferably done by the much mor |
During the war years, he worked on | isotope separation under Kurt Diebner and Werner Heis |
loped in the context of nuclear technologies ( | isotope separation). |
During World War II, he researched | isotope separation, which is necessary to produce fis |
from natural uranium would be feasible using | isotope separation, similar to that used for regular |
seconded to the Manhattan Project, working on | isotope separation, before returning to Columbia to c |
on major components of the program including | isotope separation, measurements of nuclear constants |
ctroscopy, photochemistry, atomic vapor laser | isotope separation, and optical communications. |
ules instead of atoms, is the molecular laser | isotope separation, MLIS. |
transport phenomena in gases and liquids, and | isotope separation. |
tallurgy is the enrichment of uranium through | isotope separation. |
Lashkar Abad is a pilot plant for | isotope separation. |
eful in thermal reactors without the need for | isotope separation. |
ed in the Manhattan Project to do research on | isotope separation. |
hniques for manufacturing porous barriers for | isotope separation. |
s to have developed an artificial radioactive | isotope, serranium, which was bombarded with alpha pa |
y 39.8 keV, so the gamma-decay of the rhodium | isotope should follow soon after the beta-decay of th |
of the journal Science has revealed an oxygen | isotope signature in the dust that suggests an unexpe |
Hugh Hopper was in Soft Machine, | Isotope, Soft Heap, In Cahoots and, with Pyle and All |
ents delivered from a device with a cobalt-60 | isotope source, see Cobalt therapy. |
Ultra-Low Energy | Isotope Spectrometer (ULEIS): ULEIS measures ion flux |
Cosmic Ray | Isotope Spectrometer (CRIS): CRIS determines the isot |
Based upon the beginning of Marine | Isotope Stage 21 and the end of Marine Isotope Stage |
inoian Stage is limited in duration to Marine | Isotope Stage 6, the Yarmouth Soil (paleosol) spans a |
The Anglian Stage and Marine Oxygen | Isotope Stage 12 started about 478,000 years ago and |
rope, the Mindel Stage in the Alps and Marine | Isotope Stage 12. |
The site was dated to Marine | Isotope Stage 3 using Optically Stimulated Luminescen |
two glaciations, the early Illinonian (Marine | Isotope Stage 8) and late Illinoian glaciations (Mari |
6 Ma (million years ago) at the end of Marine | Isotope Stage 65. |
e Soil is proposed to an interglacial (Marine | Isotope Stage 7) paleosol. |
GABRIEL surmised that radioactive | isotope Strontium-90 presented the greatest hazard to |
.S. biochemist who developed the technique of | isotope tagging of biomolecules, enabling detailed st |
to peptides, and labeled with isobaric stable | isotope tags. |
clonal antibody labelled with the radioactive | isotope technetium-99m. |
clonal antibody labelled with the radioactive | isotope technetium-99m. |
Board of Radiation and | Isotope Technology is a unit of the Department of Ato |
rch, and Member of the Board of Radiation and | Isotope Technology of the Department of Atomic Energy |
nium as uranium with a percentage of the 235U | isotope that is less than 0.711% by weight (see 10 CF |
mixed with a small quantity of Cesium-137, an | isotope that looks identical to salt, but is lethally |
mb core of uranium-233 (a rarely used fissile | isotope that is the product of thorium-232 neutron ab |
s an approximately 1% chance of being a heavy | isotope the whole molecule is highly likely to contai |
Although it is not an | isotope, this is perhaps the most useful place to men |
n example of this is the use of a radioactive | isotope to evaluate perfusion of heart muscle. |
Common methods include using | isotope tracing and the software program HYSEP, among |
to demonstrate the separation of the uranium | isotope U-235 from other isotopes. |
hexaflouride to separate the lighter fissile | isotope, U-235, from the heavier non-fissile isotope, |
was the first bomb to use enriched Lithium-6 | isotope, up to perhaps 40% enrichment. |
The | isotope used must have strong alpha emissions and wea |
The | isotope used for the imaging is Iodine-123. |
It was discovered in 1984 that this | isotope was being emitted and a government licence to |
arly history of the Solar System, as the 129I | isotope was likely generated before the Solar System |
It was defeated by a special type of | isotope which was used to bring down its shield, allo |
Potassium-40 is a rare example of an | isotope which undergoes all three types of beta decay |
No element was found to have a stable | isotope with an atomic mass of five or eight. |
de (DZO) is a zinc oxide depleted in the zinc | isotope with the atomic mass 64, and used in corrosio |
still indicates unusual stability for a light | isotope with such an imbalance). |
which absorbs a neutron to become the stable | isotope xenon-136. |
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