「HYDROGEN」の共起表現一覧(2語左で並び替え)6ページ目
該当件数 : 1761件
Replacement of a | hydrogen atom attached to carbon number 3 in the 5α is |
Proponents of the | hydrogen prize cite benefits of reduced dependence on |
aving various compounds composed of primarily | hydrogen and carbon. |
German rearmament and the development of the | Hydrogen bomb. |
Places of the | hydrogen link |
Illustration of the | hydrogen bonding patterns, represented by dotted lines |
n-using) methanogen is present the use of the | hydrogen gas will significantly lower the concentratio |
ect to attack Germany by means of free-flying | hydrogen balloons that carried incendiary devices or t |
Disulfate is the conjugate base of the | hydrogen disulfate (hydrogen pyrosulfate) ion HS2O7-, |
goal was to study the distribution of liquid | hydrogen with hydrogen tankers based on the LNG carrie |
edH2 the reduced flavin (upon addition of two | hydrogen atoms) and FlH• the semiquinone form (additio |
is a four ring structure composed of carbon, | hydrogen, nitrogen, oxygen, and sulfur. |
ma, 40, died - the first Japanese victim of a | hydrogen bomb. |
Spin Isomers of Molecular | Hydrogen |
ed by heating together solutions of potassium | hydrogen tartrate and sodium carbonate. |
The Lyman-alpha line and the rest of the | hydrogen Lyman spectral series are most simply describ |
agent to turn pink before the addition of the | hydrogen peroxide, thus it is vitally important to add |
2003), physicist, inventor of the | hydrogen bomb. |
benzene derivative, is capable of abstracting | hydrogen atoms from the sugar backbone of DNA which re |
issident and lead theoretical designer of the | hydrogen bomb, Andrei Sakharov. |
of star formation or a supershell of neutral | hydrogen. |
here has to be some process of "recreation of | Hydrogen" since if the universe was not created some f |
The idea of the | hydrogen bomb first came to public attention in 1949, |
Most stars retain more of their | hydrogen after the first red giant phase, and eventual |
The source of the | hydrogen needed for their respiration comes from the d |
a cyclohexane ring by a formal addition of 6 | hydrogen atoms while the alkyl and ester groups are no |
of a benzoquinone through replacement of one | hydrogen atom (H) by an hydroxyl group (-OH). |
Through movement of this | hydrogen and electrons, the second tautomer form, 2-hy |
ses the quantitative determination of carbon, | hydrogen, nitrogen, sulfur and oxygen within the coal. |
ving from anthraquinone by replacement of two | hydrogen atoms (H) by hydroxyl groups (-OH). |
, using lithium-6 deuteride instead of liquid | hydrogen. |
s did not develop a deployable version of its | hydrogen bomb until 1954. |
The nebula is formed by plasma of ionized | hydrogen and free electrons. |
However, the low density of liquid | hydrogen has negative effects on the rest of the vehic |
ound formally derived by the addition of four | hydrogen atoms to imidazole. |
As a result, it loses most of its | hydrogen becoming a Wolf-Rayet star and shedding the r |
explosion, followed by the generation of both | hydrogen and chlorine gases. |
Primary amines arise when one of three | hydrogen atoms in ammonia is replaced by an alkyl. |
ormed by removing the nucleus (proton) of the | hydrogen atom in the -COOH, producing an anion: then a |
e Hubble photo) is the pinkish glow of atomic | hydrogen gas, the telltale tracer of massive star form |
They are part of the | hydrogen highway and usually precede a local hydrogen |
and is known for the quantities of dissolved | hydrogen sulfide that it naturally contains, leading t |
is a fluorocarbon alkene in which all of the | hydrogen atoms in propylene are replaced by fluorine a |
heory if not in practice, the fusion of light | hydrogen atoms with heavier atoms such as lithium or b |
1,4-naphthoquinone through replacement of two | hydrogen atoms by hydroxyl (OH) groups. |
nizing photons, and are capable of reionizing | hydrogen on their own in some reionization models with |
Both the proton and electron of a | hydrogen atom have spins. |
ol is a chemical compound composed of carbon, | hydrogen, and oxygen. |
compound formed by the addition of acidified | hydrogen peroxide solutions to solutions of chromates, |
Alone of the | hydrogen halides, hydrogen fluoride exhibts hydrogen b |
y, leading eventually to the discovery of the | hydrogen spectral lines series (Lyman series) by Theod |
The star has completely run out of the | hydrogen fuel that keeps it stable, although its age i |
This causes the release of a | hydrogen ion that triggers a hypersensitive ion sensor |
use they are pivotal in the removal of excess | hydrogen from the human gut. |
uilding includes a public gallery, offices, a | hydrogen fueling station and indoor service bays for v |
The reaction is so vigorous that often the | hydrogen gas produced will, due to the heat of the rea |
The Phoenix Project: Shifting from Oil To | Hydrogen is a 360-page book authored by Harry Braun th |
an existing turbojet engine to run on liquid | hydrogen, as well as 25+ hours of testing on a customi |
tal airplane in the world operating on liquid | hydrogen. |
at the double bond under direct attack on the | hydrogen peroxide. |
nd Teller jointly applied for a patent on the | hydrogen bomb. |
kW fuel cell supplied from onboard compressed | hydrogen tanks, and a nickel-metal hydride accumulator |
a monobasic molecule has only one replaceable | hydrogen atom. |
In acidic solution, usually only one alpha | hydrogen is replaced by a halogen, because each succes |
the presence of the enzyme LADH, one specific | hydrogen is removed from the CH2 group during the oxid |
sisting of an atom of positronium, and one of | hydrogen. |
e by producing a polymer that depends only on | hydrogen bonding to hold itself together, rather than |
A monobasic acid is an acid that has only one | hydrogen ion to donate to a base in an acid-base react |
iate, resulting from the addition of only two | hydrogen atoms is called dihydroimidazole (imidazoline |
are the simplest trihalides, because only one | hydrogen is connected to the carbon. |
storage as well as products which operated on | hydrogen gas. |
Under regular operation, most | hydrogen is safely neutralized in the reactor systems; |
In the Oppenauer oxidation, | hydrogen is transferred from one alcohol to another to |
to methane, using either found or transported | hydrogen, a catalyst, and a source of heat. |
lean renewable sources such as wind or solar, | hydrogen can be produced without any pollution. |
such materials are good to store or transport | hydrogen fluoride or elemental fluorine. |
Disodium citrate, or disodium | hydrogen citrate, is a sodium acid salt of citric acid |
ydride is a parent structure with one or more | hydrogen atoms. |
am of tartar, stannous chloride, or potassium | hydrogen oxalate can also be used to affect the precip |
ainty principle (e.g. the electron orbiting a | hydrogen atom has the probability, albeit small, that |
at 20% of light speed, ordinary interstellar | hydrogen would become a significant radiation hazard, |
emical elements in neutral organic compounds ( | hydrogen, carbon, nitrogen, oxygen, silicon, phosphoru |
The National rd&d organisation for | hydrogen and fuel cell programme is a South Korean pro |
ommonly used group of indicator organisms are | hydrogen sulfide producing bacteria, which are also fo |
These organisms create | hydrogen with the help of hydrogenase enzymes which co |
In organosulfur chemistry, | hydrogen disulfide adds to alkenes to give disulfides |
The red glow originates from | hydrogen gas predominantly behind the nebula, ionized |
derivatizing agent with a nucleus other than | hydrogen or carbon, then reading the heteronuclear NMR |
r extraction to remove water and other active | hydrogen containing impurities. |
The proportion of elements other than | hydrogen and helium, known as the metallicity, is simi |
Unlike many other current | hydrogen powered vehicles like those being produced by |
ave a lower proportion of elements other than | hydrogen or helium. |
y 41% of the abundance of elements other than | hydrogen and helium. |
htly higher proportion of elements other than | hydrogen and helium. |
uestering metal ions that otherwise decompose | hydrogen peroxide, which is used to bleach pulp in pap |
oceeds to destroy the ship by letting out the | hydrogen and setting off a lighter, while Hiro and Nan |
This star is about to or already ran out of | hydrogen fuel and eventually becomes a red giant and t |
t star of spectral type K0, having run out of | hydrogen in its core. |
e of its evolution as it starts to run out of | hydrogen in its core. |
Protoporphyrinogen oxidase removes | hydrogen atoms from protoporphyrinogen IX (the product |
Aldehyde oxidase produces | hydrogen peroxide and, under certain conditions, can c |
detes that obtain energy via the oxidation of | hydrogen gas and subsequent reductive dehalogenation o |
to give the imine followed by oxidation with | hydrogen peroxide to the oxaziridine, a three-membered |
on cerium(IV) oxide and cerium(III) oxide for | hydrogen production. |
emical cycle based on zinc and zinc oxide for | hydrogen production with a typical efficiency around 4 |
ced by the reduction of cerium(IV) oxide with | hydrogen at approximately 1,400 °C (2,552 °F) to make |
on cerium(IV) oxide and cerium(III) oxide for | hydrogen production. |
ixture of zinc dust and copper(II) oxide with | hydrogen gas at 500 °C. |
s, which means that it is first oxidized with | hydrogen peroxide and then combined with a coupler to |
ting acetyl derivative is further oxidized by | hydrogen peroxide into 10-acetyl-2-methylsulfonylpenot |
DOPAC can be oxidized by | hydrogen peroxide, leading to the formation of toxic m |
manganese, aluminium, phosphorus, oxygen and | hydrogen. |
n open furnaces, such as nitrogen, oxygen and | hydrogen are considered to be detrimental to the major |
n in which water is separated into oxygen and | hydrogen. |
Coal is also assayed for oxygen content, | hydrogen content and sulfur. |
ng on reversing the process, using oxygen and | hydrogen to create power. |
ill combine with the atoms of both oxygen and | hydrogen to form strontium hydroxide and a pure hydrog |
n of oxo species such as molecular oxygen and | hydrogen peroxide, particularly at the less-extreme pH |
er mode as a fuel cell recombining oxygen and | hydrogen gas to produce electricity. |
Lack of oxygen and | hydrogen sulfide formation in sediments is a problem i |
When combined with oxygen and | hydrogen, carbon can form many groups of important bio |
n factory of Dr. Ox - by accident, oxygen and | hydrogen got mixed causing a major explosion. |
xidizing or reducing gas, commonly oxygen and | hydrogen, producing reversible color changes. |
being impermeable to gases such as oxygen or | hydrogen. |
zyme that catalyzes the removal of oxygen and | hydrogen from organic compounds in the form of water. |
iron, thorium, titanium, niobium, oxygen, and | hydrogen. |
e prepared by oxidizing ammonia with ozone or | hydrogen peroxide, or in a precipitation reaction of b |
icrobial properties of the well known ozone / | hydrogen peroxide mix. |
black oxide is formed by reducing Pa2O5 with | hydrogen. |
carbon atoms in the chain there is a pair of | hydrogen atoms such that the chemical formula is C11H2 |
ither contain hydroxyl groups and/or pairs of | hydrogen atoms that are substituted by oxygen atoms. |
palladium(II) is reduced to palladium(0) with | hydrogen gas, and washed. |
Rockefeller University, of the 1998 paper The | Hydrogen hypothesis for the first eukaryote. |
hich each face exhibits parallel inter-strand | hydrogen bonding. |
eight hydroxyl groups that can participate in | hydrogen bonding interactions. |
group of hydroxyproline also participates in | hydrogen bonding. |
electrons, alpha particles, or | hydrogen ions |
ient air, then produce VHP by passing aqueous | hydrogen peroxide over a vaporizer, and circulate the |
enkar is an old and dying star, long past the | hydrogen and perhaps even past the helium stage of its |
its own symbol), depending on the pattern of | hydrogen bonds. |
ase load power plants and peaker plants.Using | hydrogen as an energy storage medium would reduce emis |
ion is between protactinium pentachloride and | hydrogen bromide or thionyl bromide. |
ing the amine group of pentanitroaniline with | hydrogen peroxide in sulfuric acid. |
A few percent of | hydrogen bonds connect distant amino acid residues and |
For example, the atomic percent of | hydrogen in water (H2O) is at.%H20 |
s on a different group of the periodic table ( | hydrogen, the alkali metals, the alkaline earth metals |
the first few elements of the periodic table ( | Hydrogen through Xenon). |
However, all the phases after | hydrogen burning combined typically add up to less tha |
Photohydrogen is | hydrogen produced with the help of artificial or natur |
2.8 picometer compared to 146.4 picometer for | hydrogen peroxide. |
tic pyridine ring is reduced to piperidine by | hydrogen in the presence of a platinum on carbon catal |
ngesting almonds or some fruit pits, releases | hydrogen cyanide and is responsible for the toxicity o |
able pair of organic substituents in place of | hydrogen on each silicon it is possible to prepare pol |
to consists of shale oil upgrading plant for | hydrogen treating to remove nitrogen and sulfur compou |
med into a living cloud of ionized plasma and | hydrogen gas. |
of the enzyme or a specificity pocket through | hydrogen bonds, hydrophobic interactions, temporary co |
duction of elemental sulfur or polysulfide to | hydrogen sulfide. |
ydrides have a defined standard population of | hydrogen atoms attached to a skeletal structure. |
l-8-ribityllumazine molecules in position via | hydrogen bonding to catalyze the dismutation reaction. |
time dealt with determining the positions of | hydrogen atoms in materials. |
. Gonzalez from Madrid trapped positronium in | hydrogen laden magnesia crystals. |
t about the discovery of a possibly explosive | hydrogen bubble above the cooling water, at the top of |
ncluding azoxystrobin, potassium bicarbonate, | hydrogen dioxide as well as the biological control age |
hermal efficiency and could potentially allow | hydrogen production through thermochemical processes. |
esign in question begins producing power when | hydrogen gas at a sufficient temperature and pressure |
iled the first hydrail locomotive, powered by | hydrogen fuel cells. |
nsite, and stresses from the precipitation of | hydrogen out of the metal. |
Al2Se3 has been used as a precursor to | hydrogen selenide, which is released when the solid is |
at the transition from predominantly ionized | hydrogen to non-ionized hydrogen at around 400,000 yea |
eph Priestley of Leeds, England prepared pure | hydrogen chloride in 1772, and in 1818 Humphry Davy of |
ce dimers of ferulic acid, in the presence of | hydrogen peroxide through radical polymerization. |
into reactive intermediate in the presence of | hydrogen peroxide. |
niline with sodium nitrite in the presence of | hydrogen chloride to form the diazonium salt, which is |
evidence of inhibition due to the presence of | hydrogen and due to agitation. |
sually, though not always, in the presence of | hydrogen. |
The presence of | hydrogen sulfide in gas causes lower quality burning a |
rocarbon, such as toluene, in the presence of | hydrogen gas to form a simpler aromatic hydrocarbon de |
Still the presence of | hydrogen gas implies that in the future the galaxy wil |
cessed in enclosed vessels in the presence of | hydrogen solvents. |
By pressurising the | hydrogen in the electrolyser the need for an external |
Primarily because | hydrogen fuel can be environmentally friendly, there a |
21-cm line radiation from primordial neutral | hydrogen clouds in order to determine the epoch of gal |
5198084 (30 Mar 1993) - Low-cost process for | hydrogen production |
5164054 (17 Nov 1992) - Low-cost process for | hydrogen production |
In this process two | hydrogen atoms generated from NADH and an accompanying |
um sulfate in the Mannheim process, releasing | hydrogen chloride gas. |
was caused by a paper processing by-product: | hydrogen sulfide. |
m selenide reacts with acids to produce toxic | hydrogen selenide gas. |
It reacts with strong acids to produce toxic | hydrogen telluride gas. |
sulfur is recovered from the produced gaseous | hydrogen sulfide. |
If the patient produces both | hydrogen and methane then the values are typically add |
up a new laboratory producing “timed-release | hydrogen cyanide,” which was patented in Great Britain |
nts described methods for producing molecular | hydrogen from a mixture of hydrocarbon vapor and a sou |
hlorine-replacement reaction, producing again | hydrogen chloride. |
Debenzylation of the resulting product with | hydrogen over a palladium catalyst, and subsequent alk |
es tumor necrosis factor (TNF) production and | hydrogen peroxide release by human monocyte-derived ma |
n, membranes, modeling, and the production of | Hydrogen (H2) gas. |
al plant for experiments on the production of | hydrogen cyanide with the Andrussow process in Herne, |
s an industrial process for the production of | hydrogen cyanide from methane and ammonia in the prese |
こんにちは ゲスト さん
![]() ログイン |
Weblio会員(無料)になると
![]() |
こんにちは ゲスト さん
![]() ログイン |
Weblio会員(無料)になると
![]() |