「HYDROGEN」の共起表現一覧(1語右で並び替え)9ページ目
該当件数 : 1889件
Neutral | hydrogen shell around the cluster probably at greater |
The heat flow to the liquid | hydrogen shell was 4 watts, boill-off about 7.5 liters |
A | hydrogen ship is a hydrogen-fueled ship, power-assiste |
The Hydra is a 22 person | hydrogen ship, power-assisted by an electric motor tha |
ith kerosene, the energy of the combustion of | hydrogen significantly improves flight performance; |
enerally credited as showing the discovery of | hydrogen, since it describes the density of 'inflammab |
s generally credited to show the discovery of | hydrogen, since it describes the density of 'inflammab |
Phillips Clemens Terminal in Texas has stored | hydrogen since the 80's in a solution-mined salt caver |
ch less sensitive to carbon than 1H NMR is to | hydrogen since the major isotope of carbon, the 12C is |
cessed in enclosed vessels in the presence of | hydrogen solvents. |
An example of current use are | hydrogen sorption cryocoolers and portable metal hydri |
Hydrogen Source: Desulfurized-Gasoline | |
Hydrogen Source: Electrolysis | |
herford found apparent stimulated emission in | hydrogen spectra and effected the first demonstration |
lso known for the Paschen series, a series of | hydrogen spectral lines in the infrared region that he |
which means it has variable emissions in its | hydrogen spectral lines. |
e star formation in this galaxy (as traced by | hydrogen spectral line emission) is also offset from t |
y, leading eventually to the discovery of the | hydrogen spectral lines series (Lyman series) by Theod |
liquid | hydrogen: stainless steel liquefied hydrogen tank, ins |
are refuelled with exchangeable tanks at the | hydrogen station at Hamburg Airport |
A | hydrogen station is a storage or filling station for h |
The | hydrogen station will be a storagetank with 17,000 lit |
Hydrogen station pump | |
rking on the article, 2. its connected to the | Hydrogen station series. |
The fixed tanks are refuelled at a waterway | hydrogen station. |
HCNG for mobile use is premixed at the | hydrogen station. |
linders which have to be refueled at a (home) | hydrogen station. |
Homefueler is a home | hydrogen station. |
Hydrogen stations which are not situated near a hydrog | |
As of September 2006 CEP had 17 | hydrogen stations. |
UV/IR flame detectors are used on | hydrogen stations. |
ng for emission-free mobility and has several | hydrogen stations. |
.76 m long, 2.44 m wide, draft 0.54 m, 15 Nm³ | hydrogen storage tank, with two 1.2 kW/24 V PEM fuel c |
eaper and easier to transport than some other | hydrogen storage materials like sodium borohydride. |
It is used for | hydrogen storage in hydrogen tanks, the sodium tetrahy |
This property has been investigated because | hydrogen storage is of such interest and a better unde |
m long, 5.2 m wide, electric motor 100 kW, a | hydrogen storage tank 350 bars, with two 48 kW PEM fue |
es were made by NASA to demonstrate long-term | hydrogen storage for use in space propulsion. |
Underground | hydrogen storage is the practice of hydrogen storage i |
Cryo-adsorption is a method used for | hydrogen storage where gaseous hydrogen at cryogenic t |
ides have been examined for use as a means of | hydrogen storage for fuel cell-powered electric cars a |
iness ties with BMW in order to obtain liquid | hydrogen storage technology, although this remains to |
se as a reactant to produce metal hydrides in | hydrogen storage technology. |
erience in vitrification of nuclear waste and | hydrogen storage initially developed to support produc |
improves efficiency and lowers the amount of | hydrogen storage required. |
Hydrogen storage in the bigger sized center tunnel, re | |
Hydrogen storage, either metal hydride or lightweight | |
The metal hydrides were used for | hydrogen storage, separation, and refrigeration. |
anic hydrides that can be applied in chemical | hydrogen storage. |
When the | hydrogen strikes a relatively cold surface (i.e., the |
mpounds composed of long chains of carbon and | hydrogen, structurally similar to many organic polluta |
Touran HY MOTION | Hydrogen Study |
tic core of benzene expanded, and one has the | hydrogen substituents expanded. |
Ethyl sulfate (IUPAC name: ethyl | hydrogen sulfate), also known as sulfovinic acid, is a |
Ammonium bisulfate, also known as ammonium | hydrogen sulfate, is a white, crystalline solid when i |
isenite is the other, more complex, potassium | hydrogen sulfate. |
s huge amount of salts, organic nutrition and | hydrogen sulfid. |
lybdenum trisulfide (MoS3), ammonia (NH3) and | hydrogen sulfide (H2S), beginning at 155 °C till 280 ° |
Over the top of the volcano | hydrogen sulfide bubbles reach the surface. |
ommonly used group of indicator organisms are | hydrogen sulfide producing bacteria, which are also fo |
Hydrogen sulfide is used as an electron source and car | |
e the running water contains a high amount of | hydrogen sulfide gas that escapes into the air when th |
Thiourea can be produced by the reaction of | hydrogen sulfide with calcium cyanamide in the presenc |
l can reduce SO4 creating calcite, water, and | hydrogen sulfide (H2S). |
n contain methane gas, which is explosive, or | hydrogen sulfide gas, which is deadly. |
d nitrogen compounds through the formation of | hydrogen sulfide and ammonia. |
isomeric form, a white crystalline adduct of | hydrogen sulfide and sulfur trioxide, H2S·SO3, which c |
uid and gaseous hydrocarbons, water (H2O) and | hydrogen sulfide (H2S). |
ication is usually the removal of acid gases ( | hydrogen sulfide and carbon dioxide). |
When water stagnate in late summer | hydrogen sulfide and oxygen shortage occurs in lake se |
er treating berkelium oxide with a mixture of | hydrogen sulfide and carbon disulfide vapors at 1130 ° |
MgS reacts with water to give | hydrogen sulfide and magnesium hydroxide. |
MgS is formed by the reaction of sulfur or | hydrogen sulfide with magnesium. |
This mal-odorous oil decomposes readily to | hydrogen sulfide (H2S). |
"Acid gases" are | hydrogen sulfide and carbon dioxide. |
sms that oxidized inorganic compounds such as | hydrogen sulfide and ammonium as energy sources, autot |
n react with acids to produce the odoriferous | hydrogen sulfide gas. |
ke place where there is an adequate supply of | hydrogen sulfide gas greater than 2 ppm, high relative |
is a bacterially mediated process of forming | hydrogen sulfide gas and the subsequent conversion to |
is with the Sorbent, CeO2-ZrO2 to reduce the | hydrogen sulfide content to sub-ppm content. |
The | hydrogen sulfide gas is oxidized in the presence of mo |
The presence of | hydrogen sulfide in gas causes lower quality burning a |
n be used in industrial processes to generate | hydrogen sulfide for the precipitation of metals. |
) nitric oxide (NO), carbon monoxide (CO) and | hydrogen sulfide (H2S). |
and offal that it began to bubble methane and | hydrogen sulfide gas from the products of decompositio |
conducted on a large scale as a way to remove | hydrogen sulfide that arises in hydrotreating processe |
Treatment with | hydrogen sulfide precipitates copper sulfide, then zin |
The | hydrogen sulfide removed in the refining and processin |
membranes to separate the carbon dioxide and | hydrogen sulfide from the natural gas stream has gaine |
For example, silver needs | hydrogen sulfide to tarnish; it does not tarnish with |
es the polysulfane to produce thiosulfate and | hydrogen sulfide |
repared by treatment of Michler's ketone with | hydrogen sulfide in the presence of acid or sulfideing |
Lack of oxygen and | hydrogen sulfide formation in sediments is a problem i |
g bacteria can thrive on the large amounts of | hydrogen sulfide that are produced during AOM. |
is the product of the half-neutralization of | hydrogen sulfide with potassium hydroxide. |
ulfide until the mixture is clear and no more | hydrogen sulfide is formed, then recrystallized from t |
Zhanazhol crude oil has a high mercaptan and | hydrogen sulfide content. |
ol process can operate selectively to recover | hydrogen sulfide and carbon dioxide as separate stream |
, in combination with ferric citrate, detects | hydrogen sulfide production. |
ntage of both the sunlight from above and the | hydrogen sulfide (H2S) produced by the anaerobic bacte |
ating PoCl4 in a stream of carbon monoxide or | hydrogen sulfide at 150 °C. |
They catalyze the reduction of sulfite to | hydrogen sulfide and water. |
tion when a pump room filled with methane and | hydrogen sulfide gases during a sewage leak on 12 July |
A solution of | hydrogen sulfide in water, known as sulfhydric acid or |
This is due to the slow reaction of | hydrogen sulfide with the oxygen dissolved in water, y |
The increased levels of | hydrogen sulfide could have killed oxygen-generating p |
selectively remove such acidic components as | hydrogen sulfide (H2S) and CO2 from some mixed gas str |
Hydrogen sulfide is a toxic gas. | |
Before a raw natural gas containing | hydrogen sulfide and/or carbon dioxide can be used, th |
Hydrogen sulfide is produced in small amounts by some | |
Generation of | hydrogen sulfide in the bottoms waters of the waters o |
and is known for the quantities of dissolved | hydrogen sulfide that it naturally contains, leading t |
The team comes up with a diagnosis of | hydrogen sulfide gas exposure. |
sions can be accompanied by carbon dioxide or | hydrogen sulfide gas emissions. |
y other gas containing significant amounts of | hydrogen sulfide (H2S). |
is produced by treatment of Hg(II) salts with | hydrogen sulfide to precipitate black, synthetic metac |
odour: pungent (propionic acid), rotten-egg ( | hydrogen sulfide), rancid-butter (butyric acid), and v |
fire damp (typically methane) and stink damp ( | hydrogen sulfide). |
leads to sulfite, which is further reduced to | hydrogen sulfide, which is excreted. |
tes of this enzyme are O3-acetyl-L-serine and | hydrogen sulfide, whereas its two products are L-cyste |
H2O, whereas its 3 products are formaldehyde, | hydrogen sulfide, and H2O2. |
Remedies - | hydrogen sulfide, sulphur-calcium carbonate and sulfat |
Salmonellae metabolise thiosulfate to produce | hydrogen sulfide, which leads to the formation of colo |
200 °C, the dry powder decomposes to ammonia, | hydrogen sulfide, and carbon disulfide, leaving a resi |
, by first forming its addition compound with | hydrogen sulfide, decomposing this by potassium hydrox |
l contacts operating in an atmosphere rich in | hydrogen sulfide, long filaments known as silver whisk |
archers report that RSD for such compounds as | hydrogen sulfide, methyl mercaptan, and ethyl mercapta |
ocysteine and H2O, whereas its 3 products are | hydrogen sulfide, NH3, and 2-oxobutanoate. |
lead acetate, the filtrate freed from lead by | hydrogen sulfide, and crystallised by concentration. |
osed to moist air, Na2S and its hydrates emit | hydrogen sulfide, which smells much like rotten eggs o |
tes of this enzyme are O-phospho-L-serine and | hydrogen sulfide, whereas its two products are L-cyste |
more elaborated sulfate ester, leads also to | hydrogen sulfide. |
ide" are hazardous as labile sources of toxic | hydrogen sulfide. |
a urine test to detect high levels of | hydrogen sulfide. |
y reduced gases include methane, ammonia, and | hydrogen sulfide. |
is prepared by treatment of formaldehyde with | hydrogen sulfide. |
c acid, isobutyric acid, isovaleric acid, and | hydrogen sulfide. |
em, have extremely distinctive odors, such as | hydrogen sulfide. |
sm's ability to ferment sugars and to produce | hydrogen sulfide. |
tion of soluble As(V) salts by treatment with | hydrogen sulfide. |
ing tin with sulfur, or tin(II) chloride with | hydrogen sulfide. |
duction of elemental sulfur or polysulfide to | hydrogen sulfide. |
sulfur is recovered from the produced gaseous | hydrogen sulfide. |
racterized as a mixture of carbon dioxide and | hydrogen sulfide. |
was caused by a paper processing by-product: | hydrogen sulfide. |
rotten eggs due to the high concentration of | hydrogen sulfide. |
their energy by reducing elemental sulfur to | hydrogen sulfide. |
is the embrittlement caused by absorption of | hydrogen sulfide. |
oted by transition metals is its reduction by | hydrogen sulfide. |
to utilize ferrous sulfate and convert it to | hydrogen sulfide. |
lution of sodium sulfite, this forms a sodium | hydrogen sulfite solution. |
Sodium bisulfite (sodium | hydrogen sulfite) is a chemical compound with the chem |
isulfite ion (IUPAC-recommended nomenclature: | hydrogen sulfite) is the ion HSO3−. |
The non vibrio but | hydrogen sulphide producting organisms produce a black |
This is because, the | hydrogen sulphide produced from thiosulphate ( it acts |
Raw natural gas also may contain gaseous | hydrogen sulphide and sulfur-containing mercaptans, wh |
Hydrogen sulphide produced by the 'Barrow fault' may s | |
ique evidence to suggest the couple died from | hydrogen sulphide poisoning emanating from a river. |
C2H4OH)2), a chemical used for the removal of | hydrogen sulphide and carbon dioxide from gases in the |
nic matter, rust, unpleasant taste and odour, | hydrogen sulphide, iron, lead, nickel, chromium, cadmi |
The East Coast | Hydrogen SuperHighway (or NY Hydrogen H2IWay) was plan |
eaning it has nearly completely exhausted its | hydrogen supply in its core. |
1997 and 2002 it conducted the HIPASS neutral | hydrogen survey, the largest blind survey for galaxies |
Ovonic | Hydrogen Systems LLC (100% owned) |
Vandenborre | Hydrogen Systems is Acquired by Stuart Energy in 2003, |
owing that it had burned a hole in the liquid | hydrogen tank in Challenger's ET, causing the tank to |
The | hydrogen tank with 110 liters at 350 bar stores up to |
Liquid | hydrogen tank truck |
A liquid | hydrogen tank car, also called liquid hydrogen tank wa |
A | hydrogen tanker is a tank ship designed for transporti |
ming unit would replace the bulky pressurized | hydrogen tanks that would otherwise be necessary. |
Meyra - 2 exchangeable | hydrogen tanks, each 2 liters, 700 Bar |
m, 4 exchangeable 200 bar (20 MPa), 30 liter | hydrogen tanks, with a 1.2 kW PEM fuel cell and a 12 k |
kW fuel cell supplied from onboard compressed | hydrogen tanks, and a nickel-metal hydride accumulator |
ed by heating together solutions of potassium | hydrogen tartrate and sodium carbonate. |
as a major institutional barrier to deploying | hydrogen technologies and developing a hydrogen econom |
Notodden remains home to the | Hydrogen Technologies division, a world leader in alka |
e Florida Energy Technologies Act) to promote | hydrogen technologies in the state. |
Timeline of | hydrogen technologies - A timeline of the history of h |
It is being used to develop | hydrogen technologies for larger hydrogen power plants |
has said that the money will go to developing | hydrogen technology for buses and providing energy eff |
There has been some controversy about whether | hydrogen technology actually reduces pollution or just |
The goal of the team is to promote | hydrogen technology and especially for the automotive |
nits at UND including the National Center for | Hydrogen Technology. |
Hydrogen telluride is the inorganic compound with the | |
Hydrogen telluride is an unstable gas that forms hydro | |
Toxic | hydrogen telluride gas is evolved on exposure to water |
It reacts with strong acids to produce toxic | hydrogen telluride gas. |
conjugate base of the thermally unstable acid | hydrogen telluride, but it is usually prepared by redu |
Sodium | hydrogen telluride, NaHTe, can be made by reducing tel |
Hydrogen tellurite loses a proton at this pKa to becom | |
In slightly acidic conditions, | hydrogen tellurite ion, HTeO3−, is prevalent; with mor |
Following duty at New London and | hydrogen tests at Washington, DC, S-26 sailed from New |
over twice the abundance of iron relative to | hydrogen than the Sun. |
Because the | hydrogen that surrounds the galaxies absorbs light wit |
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