「hydrogen」の共起表現一覧(1語右で並び替え)
該当件数 : 1889件
to methane, using either found or transported | hydrogen, a catalyst, and a source of heat. |
pressurized alkaline electrolyzer to generate | hydrogen, a diaphragm compressor handles a filling pre |
(TiH2) is a chemical compound of titanium and | hydrogen, a hydride. |
With electrochemical compression of | hydrogen a pressure of 5000 psi is achieved. |
orm the nuclei of all elements in nature save | hydrogen, a mesonic molecule has yet to be definitivel |
In the simplest atom, | hydrogen, a single electron orbits the nucleus and its |
ghly 8 billion years old, and with an Iron to | Hydrogen abundance ratio that is more than twice that |
It is used as a | hydrogen acceptor and oxidant in organic synthesis. |
ere, they combine to make trichlorosilane and | hydrogen according to the chemical equation |
tal coordination sites increasing strength of | hydrogen adsorption, which results in improved perform |
alladium that offers a large surface area for | hydrogen adsorption. |
Most stars retain more of their | hydrogen after the first red giant phase, and eventual |
ered muonium to be the second radioisotope of | hydrogen, after tritium. |
The solution is then reduced with | hydrogen, again at high temperature and pressure, to p |
formance (ignoring the effect of volume), the | hydrogen aircraft would have about one-third of the fu |
Therefore, most liquid | hydrogen aircraft designs store the fuel in the fusela |
ess that also produces significant amounts of | hydrogen along with high octane gasoline. |
re the hydrocarbons, which contain carbon and | hydrogen, although they sometimes contain other elemen |
ts high boiling point (compared to helium and | hydrogen), ammonia could potentially be refrigerated a |
ectronegativity difference between sulfur and | hydrogen, an S-H bond is less polar than the hydroxyl |
A | Hydrogen Analyzer is a device used to measure the hydr |
In addition to | hydrogen and methane, some facilities also utilize car |
quid oxygen), 28 trailer loads of LH2 (liquid | hydrogen), and 27 rail cars of RP-1 (refined kerosene) |
Distillation: Ethanol is separated from | hydrogen and water. |
It is probable that the planet is composed of | hydrogen and helium. |
kJ/mol at 10−5 atm | hydrogen and even lower if also the initially produced |
% olefins (37% methane and other alkanes), 6% | hydrogen and air. |
% calcium, 3.63% boron, 25.15% arsenic, 1.35% | hydrogen, and 42.96% oxygen. |
Kankite contains the elements arsenic, iron, | hydrogen and oxygen. |
oceeds to destroy the ship by letting out the | hydrogen and setting off a lighter, while Hiro and Nan |
and as it contains many elements heavier than | hydrogen and helium, having formed in the evolved star |
ergy sources, and vehicles using natural gas, | hydrogen and biogas. |
rsities converted them to run on natural gas, | hydrogen, and electric power. |
ters that only let through light from ionized | hydrogen and nitrogen atoms. |
The proportion of elements other than | hydrogen and helium, known as the metallicity, is simi |
sient atmosphere, containing small amounts of | hydrogen and helium captured from the solar wind, as w |
Mercury hydride (HgH) is a binary compound of | hydrogen and mercury. |
ction of the isophorone nitrile with ammonia, | hydrogen and a catalyst, to form a mixture of isophoro |
(2007) Facile Splitting of | Hydrogen and Ammonia by Nucleophilic Activation at a S |
Enolase's Lys345 deprotonates the alpha | hydrogen, and the resulting negative charge is stabili |
wered by a single RS-68 engine burning liquid | hydrogen and liquid oxygen. |
nd Ignition Limits in Sensitized Ignitions of | Hydrogen and Oxygen by P. G. Ashmore, F. S. Dainton an |
evidence of inhibition due to the presence of | hydrogen and due to agitation. |
He uses electrolysis to separate water into | hydrogen and oxygen. |
Generator production comprises air, | hydrogen and water cooled models, designed on experien |
Instead, | hydrogen and these other molecules are detected using |
loped into capabilities in the manufacture of | hydrogen and carbon monoxide, which were further key f |
ne is a chemical compound containing silicon, | hydrogen, and chlorine. |
Indium hydride (InH3) is a binary compound of | hydrogen and indium. |
This produces carbon dioxide, | hydrogen and charcoal (which PetroSun calls "biochar") |
cing atmosphere, containing methane, ammonia, | hydrogen, and water vapor. |
The National rd&d organisation for | hydrogen and fuel cell programme is a South Korean pro |
It is made of carbon, | hydrogen, and fluorine. |
These chemicals react with water to produce | hydrogen and carbon dioxide along with sodium citrate |
d as an alkane because it has only carbon and | hydrogen and these elements are configured with C-H an |
It consists of twelve carbon, eighteen | hydrogen, and six bromine atoms tied to the ring. |
This water, in addition to | hydrogen and oxygen (H2O) and carbon (in the carbon di |
Although it is mostly made of | hydrogen and helium it may contain up to 20 Earth mass |
omposed of hot ices with an outer envelope of | hydrogen and helium, and is termed a "hot Neptune". |
technology used for fuel cells, which combine | hydrogen and oxygen to produce electricity, heat and w |
ound and process it to create pure streams of | hydrogen and carbon dioxide. |
at room temperature to give metallic tin and | hydrogen and ignites on contact with air. |
tentially important sources of energy such as | hydrogen and methane. |
bsorption nebula consisting of cold molecular | hydrogen and dust in front of a faint emission nebula |
the greatest quantities by plants are carbon, | hydrogen, and oxygen. |
e and +0.20e to the carbonyl oxygen and amide | hydrogen, and the opposite charges to the carbonyl car |
expander cycle rocket engine fed with liquid | hydrogen and liquid oxygen. |
complex organic compounds composed of carbon, | hydrogen and other elements (and physical and geochemi |
Cadmium hydride is a binary compound of | hydrogen and cadmium. |
ns of the two most highly conducting ions-the | hydrogen and hydroxyl ions. |
at 427 °C (800.6 °F) with water and produces | hydrogen and zinc oxide. |
In March 2005, the 'European | Hydrogen and Fuel Cell Technology Platform' adopted a |
stem without byproducts or effluents (besides | hydrogen and oxygen); |
osed that the flame is produced by burning of | hydrogen and oxygen, released from the water by radio |
ng of the shuttle's external tank with liquid | hydrogen and liquid oxygen was delayed three hours due |
but used the same fuels as the S-IVB - liquid | hydrogen and liquid oxygen. |
ing it has greater iron abundance relative to | hydrogen and helium. |
Hydrogen and carbon in the form of petroleum coke may | |
f acid made up of a particular combination of | hydrogen and oxygen with certain metals and non-metals |
ock contains all of the nonmetals (except for | Hydrogen and Helium which are in the s-block) and semi |
It also can be used to create | hydrogen and titanium hydroxide. |
y 41% of the abundance of elements other than | hydrogen and helium. |
Hydrox, a gas mixture of | hydrogen and oxygen, is used as a breathing gas in ver |
xic gases were released, including sulfurated | hydrogen and carbon monoxide. |
s; suction gas: a mixture of carbon monoxide, | hydrogen and nitrogen, made by passing air over red-ho |
t due to the importance of these materials in | hydrogen and CO2 storage as well as in the production |
It is more hydrogen-dense than liquid | hydrogen and also able to exist in normal temperatures |
Apart from the | hydrogen and helium in the universe, which are thought |
he brightest sources of fluorescent molecular | hydrogen, and at 4 light-years wide it is one of the l |
facilitated the establishment of a 'European | Hydrogen and Fuel Cell Technology Platform' that sough |
g on Earth is metabolising carbon dioxide and | hydrogen and producing methane. |
It gets the equivalent of 300 mpg in | hydrogen, and its life cycle assessment carbon emissio |
of carbon, but also contains sulfur, oxygen, | hydrogen, and nitrogen. |
a of using inert helium rather than flammable | hydrogen and made use of his leadership abilities in o |
enkar is an old and dying star, long past the | hydrogen and perhaps even past the helium stage of its |
n a fixed bed reactor with water and produces | hydrogen and cerium(IV) oxide. |
Hydrogen and helium are expected to continually leak f | |
lar interest in the photochemical reaction of | hydrogen and chlorine, establishing that minute traces |
The | Hydrogen and Fuel Cell Technology Platform publishes a |
sis, the only elements that formed aside from | hydrogen and helium were trace amounts of lithium. |
BMW CleanEnergy vehicles have both a | hydrogen and a petrol tank. |
rolysis water is split into its components of | hydrogen and oxygen. |
a revealed mountains as high as 22 km, atomic | hydrogen and oxygen in the upper atmosphere, surface t |
An outer layer of | hydrogen and helium up to ten percent in mass would be |
optimised processors including the successful | Hydrogen and Helium products. |
ate the development and testing of the liquid | hydrogen and liquid oxygen engine for the Reusable Boo |
d to convert small molecular fatty acids into | hydrogen and other products. |
y technique, used for determining the oxygen, | hydrogen, and sometimes nitrogen content of metals. |
ndant chemical element in the universe, after | hydrogen and helium. |
genation: Reaction of the dinitrotoluene with | hydrogen and a catalyst to form a mixture of isomers o |
When rich air/fuel mixtures are used, | hydrogen and carbon monoxide are two of the combustion |
cts the plates electrically while keeping the | hydrogen and oxygen fuel gases separated. |
cteria from a variety of energy (for example, | hydrogen) and carbon (for example, carbon dioxide) sou |
y combine unstably bound oxygen together with | hydrogen and carbon in the same molecule, organic pero |
He calculated the photoelectric effect for | hydrogen and X-rays, obtaining the absorption coeffici |
realized that the sun was largely composed of | hydrogen and that his calculations were indeed correct |
aving various compounds composed of primarily | hydrogen and carbon. |
ed to the co-discovery, with Luis Alvarez, of | hydrogen and helium of atomic mass 3 (tritium and heli |
Its core is likely to have used up its | hydrogen and is shrinking and heating, while its outer |
include, for example, brown dwarfs (balls of | hydrogen and helium with masses ), never begin nuclear |
composing it into its constituent elements of | hydrogen and oxygen. |
This gives information on the carbon, | hydrogen and nitrogen composition of the coal, and det |
Thermal Reaction between | Hydrogen and Nitrogen Dioxide by P. G. Ashmore and B. |
Copper hydride (CuH) is a binary compound of | hydrogen and copper. |
echnique to the measurement of the spectra of | hydrogen and helium, reproducing the distribution of i |
In plumbane, the formal oxidation states of | hydrogen and lead are +1 and -4, respectively, because |
hydrogen and alkyl substituents on carbenoid carbon | |
arly universe, including the recombination of | hydrogen and the formation of the cosmic microwave bac |
lectrochemical cell, electrolysis of water to | hydrogen and oxygen gas occurs when the anode is irrad |
rmed is passed out of the box with the excess | hydrogen and nitrogen. |
toffzellentechnologie, "National Organisation | Hydrogen and Fuel Cell Technology", a state organisati |
ul Cailletet was the first to liquefy oxygen, | hydrogen, and nitrogen. |
In this application, a torch burning | hydrogen and oxygen is typically used, one reason bein |
Syngas consists of | hydrogen and carbon monoxide. |
Through movement of this | hydrogen and electrons, the second tautomer form, 2-hy |
It enables both | hydrogen and petrol to be used, thus creating the idea |
The nebula is formed by plasma of ionized | hydrogen and free electrons. |
which are made from the elements and carbon, | hydrogen and oxygen. |
rly in the history of the Universe before the | hydrogen and helium were contaminated by heavier eleme |
explosion, followed by the generation of both | hydrogen and chlorine gases. |
e electron deficient carbonyl carbons, losing | hydrogen and protonating the oxygen. |
Nanoarchaeum lacks the ability to metabolize | hydrogen and sulfur for energy, as many thermophiles d |
made investments in solar power, wind power, | hydrogen, and forestry. |
ent and for his work on the atomic weights of | hydrogen and oxygen. |
For example, there is a weak bond between | hydrogen and iodine in hydroiodic acid, making it a ve |
at the site would be a center for research on | hydrogen and other technologies, and a magnet for priv |
Hydrogen and carbon monoxide are reducing agents, so t | |
htly higher proportion of elements other than | hydrogen and helium. |
ol is a chemical compound composed of carbon, | hydrogen, and oxygen. |
percent, the composition of plumbane is 1.91% | hydrogen and 98.09% lead. |
If the patient produces both | hydrogen and methane then the values are typically add |
Chemical compounds that formally contain a | hydrogen anion are called hydrides. |
The | hydrogen anion is a negative hydrogen ion, H−. |
hydrogen, any alkyl group, or incorporation in a cycli | |
ter height compared to a lighter element like | Hydrogen, apparently defying gravity. |
Other isotopes of | hydrogen are too unstable, exotic and not interesting |
n open furnaces, such as nitrogen, oxygen and | hydrogen are considered to be detrimental to the major |
, gas spread throughout the cluster, atoms of | hydrogen are heated in the shock wave, producing the g |
an ICE in transportation if higher levels of | hydrogen are added modifications have to be made in th |
ntains no carbon, all the elements, including | hydrogen, are listed alphabetically. |
o carbon, then all of the elements, including | hydrogen, are listed alphabetically. |
arsenic, which has replaced the role of lead | hydrogen arsenate in agriculture. |
Lead | hydrogen arsenate, also called lead arsenate, acid lea |
Hydrogen, as a fuel, practically excluded harmful emis | |
oxidoreductases, specifically those acting on | hydrogen as donor with an iron-sulfur protein as accep |
modified to also allow for the combustion of | hydrogen as well as gasoline, making it a bivalent eng |
oxidoreductases, specifically those acting on | hydrogen as donor with NAD+ or NADP+ as acceptor. |
an existing turbojet engine to run on liquid | hydrogen, as well as 25+ hours of testing on a customi |
use of carbon dioxide as a carbon source and | hydrogen as an energy source. |
Vehicles use | hydrogen as fuel in one of several ways, including fue |
oxidoreductases, specifically those acting on | hydrogen as donor with other, known, acceptors. |
iched in iron in relation to the abundance of | hydrogen as the Sun. |
el innovation in the practical development of | hydrogen as a fuel for transportation-the hydrogen fue |
op a national strategy for the development of | hydrogen as an energy carrier in Portugal running from |
Not sure why my addition describing | hydrogen as the true acid producer was reverted with c |
Some countries have banned the use of | hydrogen as a lift gas for commercial vehicles but it |
ase load power plants and peaker plants.Using | hydrogen as an energy storage medium would reduce emis |
It used deuterium, an isotope of | hydrogen, as a neutron moderator in a U235-deuterium c |
o generator is a turbo generator with gaseous | hydrogen as a coolant. |
New Energy has established the North Atlantic | Hydrogen Association to investigate hydrogen technolog |
National | Hydrogen Association |
Astatane, also known as | hydrogen astatide, astidohydrogen, or hydroastatic aci |
ed by hydrazine rather than ammonia (less one | hydrogen at the point of attachment). |
m uranyl carbonate is combined with steam and | hydrogen at 500-600°C to yield UO2. |
ty with the thesis Nuclear Magnetism of Solid | Hydrogen at Low Temperatures. |
t can form by direct reaction of scandium and | hydrogen at elevated temperatures. |
compressed | hydrogen at 700 bar. |
ich absorbs up to 900 times its own volume of | hydrogen at room temperatures, forming palladium hydri |
Storage: 2.5 kg of | hydrogen at 10 bar (1 MPa) in 5 Ti-V-Mn-Fe metal hydri |
may be prepared by the reduction of Tb4O7 in | hydrogen at 1300°C for 24 hours. |
ced by the reduction of cerium(IV) oxide with | hydrogen at approximately 1,400 °C (2,552 °F) to make |
gnesium iodide is stable at high heat under a | hydrogen atmosphere, but decomposes in air at normal t |
usly that the planet contained an evaporating | hydrogen atmosphere, along with oxygen and carbon. |
e acetate), with added palladium catalyst, in | hydrogen atmosphere, followed by evaporation of the so |
s) are introduced by annealing the alloy in a | hydrogen atmosphere. |
light sensitivity by baking in a nitrogen and | hydrogen atmosphere. |
ree radical resulting from the removal of one | hydrogen atom with its electron during the process of |
in which a halogen atom takes the place of a | hydrogen atom in acetic acid. |
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