「oxide」の共起表現一覧(1語右で並び替え)
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Nitric | oxide, a short-lived messenger, is formed from argin |
It is categorized variously as an | oxide, a tellurite, or a tellurate. |
Tributyltin | oxide, a colorless to pale yellow liquid used in woo |
Lutetium(III) | oxide, a white solid, is a cubic compound of lutetiu |
nesium metal burns in air to produce magnesium | oxide, a combination reaction occurs between magnesi |
Sodium uranate or Yellow uranium | oxide, a uranium compound with the chemical formula |
O3 is hygroscopic; Under atmosphere, lanthanum | oxide absorbs moisture over time and converts to lan |
s ozone, which can be "titrated" with nitrogen | oxide according to the reaction |
during the conversion of L-arginine to nitric | oxide activates caspase-8. |
Discrimination by Blockade of GABA and Nitric | Oxide Activity in the Honey Bee Antennal Lobe. |
cessed by crushing, and flotation with calcium | oxide added to the solution to maintain an alkaline |
Iron | oxide adsorption treatment for arsenic in groundwate |
Iron | oxide adsorption is a water treatment process that i |
harge and the formation of damage traps in the | oxide affects the ability to have distinct '1' and ' |
It can be made by heating the stable | oxide Al2O3 with silicon at 1800 °C in a vacuum. |
moist air the production of PuO2 and a higher | oxide along with adsorbed hydrogen, which catalytica |
Calcium | oxide also has this effect which is called limelight |
Tungsten(VI) | oxide, also known as tungsten trioxide or tungstic a |
It is a lanthanide | oxide, also known as a rare earth. |
Lauryldimethylamine | oxide, also known as dodecyldimethylamine oxide or D |
Mercury(II) | oxide, also called mercuric oxide or simply mercury |
Nitrous | oxide also contributes to global warming. |
Terbium(III) | oxide, also known as terbium sesquioxide, is a sesqu |
re aluminium naturally forms a tough resistant | oxide, alumina, almost immediately that protects it |
Strontium | oxide aluminate based pigments are now used in exit |
However, the development of strontium | oxide aluminate, with a luminance approximately 10 t |
molybdate, molybdenum disulfide and molybdenum | oxide, among others. |
tetracyanoethylene | oxide, an electrophilic epoxide that undergoes ready |
Zirconia alumina is a mixture of zirconium | oxide and aluminium oxide. |
nd 1898, by igniting the mixture of fine metal | oxide and aluminium powder by a starter reaction wit |
ntium in air results in a mixture of strontium | oxide and strontium nitride. |
anic particles (< 200 nm), like microfine zinc | oxide and titanium dioxide. |
ite catalysts are also used to remove ethylene | oxide and other VOCs as well as ozone from gas strea |
Holmia was later found to be the holmium | oxide and thulia was thulium oxide. |
, oxygen mixes with the copper to form cuprous | oxide and then cupric oxide. |
cal conversion of the substrate metal into its | oxide, and grows both inwards and outwards from the |
ne, that the oil, C8H14O, is the corresponding | oxide, and that the representation of conhydrine as |
Dr. Morton administered nitrous | oxide and extracted the tooth. |
aluminium phosphate decomposes into aluminium | oxide and phosphorus pentoxide, the latter of which |
The underlying metal corrodes to re-create the | oxide, and thus the metal loss continues. |
Oxide and refractory ore from the Gatsuurt deposit w | |
For example, local nitric | oxide and endothelin, which are secreted by the endo |
It burns to produce aluminum | oxide and antimony trioxide. |
he administration of a pre-mixed 50:50 nitrous | oxide and oxygen mix, which led to the commercialisa |
l batch is melted together from silica, copper | oxide, and other metal oxides to chemically reduce t |
Some were covered with iron | oxide and fired in oxidising conditions which produc |
rtlandite, Ca(OH)2, must first be converted in | oxide and water. |
form of cement from a combination of magnesium | oxide and magnesium chloride, which had a remarkable |
Dimedone is prepared from mesityl | oxide and diethyl malonate. |
ound of the deuto-chloride of platinum, nitric | oxide, and chloro-hydric acid". |
dirt was mixed with concrete tinted with iron | oxide and applied to the steel discs in the Scaleyba |
Both the | oxide and suboxides are brightly coloured. |
al he was able in 1927 to isolate protactinium | oxide and was later able to produce metallic protact |
gue minerals are calcite, gypsum, pyrite, iron | oxide, and barite. |
ferent alkoxylating compounds (e.g., propylene | oxide and butylene oxide) by modifying the catalyst |
The global resources are subdivided into | oxide and sulfide resources. |
range of minerals obtained by heating calcium | oxide and aluminium oxide together at high temperatu |
ch lack significant quantities of titanium(II) | oxide and vanadium(II) oxide in their atmospheres an |
d from the fact that nitrogen is present as an | oxide, and not as the far more stable nitrogen molec |
d commercially and acts such as So Solid Crew, | Oxide and Neutrino and others were emerging on our T |
te salts, unlike its higher homologues yttrium | oxide and lanthanum oxide, for example forming K3Sc( |
hemicals such as amyl nitrite, GHB, or nitrous | oxide, and props and tools such as knives, oversized |
This combination of cerium(III) | oxide and tin(II) oxide is rare, and obtained only w |
It is prepared by mixing zinc | oxide and magnesium oxide powders with a liquid cons |
organophosphorus compounds, triphenylphosphine | oxide and trimethylphosphine oxide, decomposing only |
bon dioxide and leaving a residue of magnesium | oxide and calcium oxide. |
ferrous sulfate to make ferric sulfate, nitric | oxide, and water. |
here is a range of enzymes that produce nitric | oxide, and the frequent consequence of this producti |
nnum, with a mine life of 30 years, mining the | oxide and supergene ores. |
two substrates of this enzyme are cis-stilbene | oxide and H2O, whereas its product is (+)-(1R,2R)-1, |
moss agate the red color is the result of iron | oxide and the black color is the result of manganese |
onductor industry in plasma etching of silicon | oxide and silicon nitride. |
Reactions leading to generation of Nitric | Oxide and Reactive Nitrogen Species. |
iodide completely decomposes to form strontium | oxide and free iodine. |
Some notable half-metals are chromium(IV) | oxide and Perovskite lanthanum strontium manganite ( |
It may be formed by the sintering of calcium | oxide and titanium oxides. |
and Broadway Video are in production on Curly | Oxide and Vic Thrill, a film based on the TAL story |
ed the use of self-administration of a nitrous | oxide and oxygen mix. |
ts high oxidation state, is both an amphoteric | oxide and an oxidising agent. |
repared by adding hydrochloric acid to bismuth | oxide and evaporating the solution. |
rresponding lanthanum compound, lanthanum(III) | oxide, and contains actinium in the oxidation state |
ulted in the concentration of gold in the iron | oxide and quartz of the gossans. |
may be formed by the reaction of chromium(III) | oxide and sulfuric acid. |
ecomposes above about 530 °C to manganese(III) | oxide and oxygen. |
Pobres copper ore bodies) that have leachable | oxide and secondary sulfide mineralization. |
It may be formed by the reaction of bismuth | oxide and hydrobromic acid, or the direct union of b |
copper with an extensive capping of leachable | oxide and sulphide mineralisation. |
e, this enzyme has one substrate, alpha-pinene | oxide, and one product, (Z)-2-methyl-5-isopropylhexa |
, Nytrox, that consists of mixtures of nitrous | oxide and oxygen. |
colors, including an off-white color, red iron | oxide, and a fugitive mixture that is colored red wh |
flective materials, such as diamond dust, iron | oxide and glass to reference the material of film. |
eacts with the carboxylic acid, abstracting an | oxide, and regenerating the DMF catalyst. |
d to boost the body's own production of nitric | oxide, and later became a member of the company's Sc |
He had produced oxygen gas by heating mercuric | oxide and various nitrates by about 1772. |
signaling molecules in the human body: nitric | oxide and carbon monoxide. |
It reduces the iron | oxide and is itself subject to oxidation. |
of silicon dioxide, titanium dioxide, calcium | oxide, and yttrium oxide. |
ese ores typically contain cuprite (red copper | oxide) and/or copper carbonate in a matrix of red or |
onsisting of a hexagonal close packed array of | oxide anions with 2/3 of the octahedral holes occupi |
raphs using this technique are printed on zinc | oxide applied to blackened sheet-iron and present a |
In the strict sense the term amine | oxide applies only to oxides of tertiary amines. |
Thin films of indium tin | oxide are most commonly deposited on surfaces by ele |
7000 tonnes of neodymium(III) | oxide are produced worldwide each year. |
For instance, talc or magnesium | oxide are added to prevent cracking and reduce setti |
tives, such as calcium additives and magnesium | oxide, are being used in gasoline and diesel engines |
The sensor includes indium tin | oxide as a constituent material, which Kodak claims |
He was the first to identify squalene | oxide as a precursor in the biosynthesis of choleste |
as fuels with strong oxidisers such as nitrous | oxide, as can contaminants, which can ignite due to |
to enhance the production of bioactive nitric | oxide, as well as mimicking the effects of testoster |
d to pentene and isoprene using chromium (III) | oxide as a catalyst at 500 degree C. |
offered to consume on camera as much plutonium | oxide as Nader could consume of caffeine, the stimul |
ave used ozone (O3), excited oxygen and nitric | oxide as the tag instead of hydroxyl. |
t room temperature in air, using manganese(IV) | oxide as a heterogeneous catalyst. |
ss of refining a crude metal which has its own | oxide as impurity. |
Use of nitrous | oxide as an anaesthetic can be disastrous to the pos |
The formal description of nitric | oxide as NO+ does not match certain measureable and |
of the sample at high temperatures with copper | oxide as the oxidizing agent, |
A planned upgrade to heavy water (deuterium | oxide) as central cooling water will improve the neu |
²/(V·s) for thin film transistors with silicon | oxide as gate dielectric, making DIP a good candidat |
nthesised from citral and acetone with calcium | oxide as a basic heterogeneous catalysis and serves |
Basically, when nitrous | oxide at high pressure is released into a pipe conta |
Cobalt(II) hydroxide decomposes to cobalt(II) | oxide at 168°C under vacuum and is oxidized by air t |
of hydrazine, or reacting iron oxides and zinc | oxide at high temperature. |
gently heated, Au(OH)3 decomposes to gold(III) | oxide, Au2O3, and then to gold metal. |
Examples: opioids, nitrous | oxide, barbiturates, benzodiazepines, and alcohol. |
h the tape wore hard ferrite heads faster than | oxide based tapes, it actually wore softer permalloy |
Silver | oxide batteries can be recycled to recover the mercu |
hearing aids and watches, commonly use silver | oxide batteries due to their long life and high ener |
he appropriate handling and disposal of silver | oxide batteries to reduce discharge of mercury to th |
watches, toys and some medical devices, silver | oxide batteries contain a small amount of mercury. |
e same color-changing behavior seen in holmium | oxide, being a yellow in natural lighting and a brig |
td. built a mine, with 4,500 tonnes of uranium | oxide being extracted between 1958 and 1963. |
Copper(II) | oxide belongs to the monoclinic crystal system, with |
ese officers, and cargo which included uranium | oxide, blueprints for advanced weapons, and part of |
is also present as stains and patinas on iron | oxide boxworks of gossanous material. |
O3 ( one of the three forms of solid SO3) with | oxide bridges (−O−) replaced randomly by peroxide br |
original burners were replaced by low nitrogen | oxide burners. |
gas desulphurization) or FGD and low nitrogen | oxide burners. |
Tin(II) | oxide burns in air with a dim green flame to form Sn |
r Type II tapes that used cobalt-modified iron | oxide, but chrome was the tape of choice for the mus |
% of zinc in concentrates are oxidized to zinc | oxide, but at the roasting temperatures around 10% o |
Little precaution is necessary with the | oxide but, after exposure to H2, the resulting plati |
[for exposure meter operation only]: 2 silver | oxide button cells (type SR44) or 1 lithium battery |
nvolves dissolution of normally poorly-soluble | oxide by combined electrochemical, water chemistry a |
s and corals would be transformed into calcium | oxide by means of heating. |
g and thermal denitration to UO3, named Orange | Oxide by the plant workers because of its physical r |
ble flux consisting of lime, silica, manganese | oxide, calcium fluoride, and other compounds. |
Scandium(III) | oxide can be prepared by igniting the metal. |
r other abrasives, such as garnet and aluminum | oxide, can assist in this process. |
xample, zinc ferrite prepared from yellow iron | oxide can be used as a substitute for applications i |
The | oxide can be reduced to metallic samarium by heating |
Lead | oxide can be used in the neck and funnel, but causes |
Diminished supply of Nitric | Oxide can lead to vascular damage, such as endotheli |
Indium tin | oxide can be used as transparent antistatic coating |
As the actinide | oxide cannot dissolve, it cannot be absorbed into th |
nce, for high temperature reduction of chromic | oxide, carbon cannot be used. |
Calcium | oxide: Carbon dioxide reacts with quicklime (calcium |
benzoic acid and aniline, with base and copper | oxide catalyst in the Goldberg reaction. |
at high temperature in the presence of silver | oxide catalyst, followed by hydration of ethylene ox |
The | oxide catalyzes dehydration of acyclic primary alcoh |
Because of the damage to the | oxide caused by normal NOR Flash operation, HCI dama |
Usually, inadequate calcium | oxide causes the alkalis in the glass to remain wate |
Power is supplied by three 1.5v Silver | Oxide cells (S76, LR44). |
Primary batteries, such as silver | oxide cells, must NOT be used and it is important th |
The iron | oxide cements are derived from the oxidation of perc |
nveniently made by heating together cerium(IV) | oxide, CeO2, and uranium(IV)oxide, UO2, at 1000°C fo |
Higher powered TWT's usually contain beryllium | oxide ceramic as both a helix support rod and in som |
thanum strontium manganite (LSM or LSMO) is an | oxide ceramic material with the general formula La1- |
ces the first British valves to incorporate an | oxide coated filament. |
rt both the filament and the shunt and have an | oxide coating that serves several purposes. |
RPB > 2: the | oxide coating chips off and provides no protective e |
An electric current flows across the tin(II) | oxide coating from one busbar to the other. |
1 < RPB < 2: the | oxide coating is passivating and provides a protecti |
the additional energy needed to break down the | oxide coating. |
Anodizing forms a thick | oxide coating. |
Plasma electrolytic | oxide coatings are generally recognized for high har |
toric seas as layers of sand, calcite and iron | oxide collected around a nucleus formed by shells, l |
Cerium(III) | oxide combined with tin(II) oxide (SnO) in ceramic f |
as to combine rare earth oxides and base metal | oxide components in the catalyst together with Plati |
Formation has a lower member, which lacks iron | oxide components, and an upper member dominated by b |
id nitrogen (such as the Yttrium barium copper | oxide compound). |
nts, formed by the rapid oxidation of iron(II) | oxide compounds. |
e the town of Paraburdoo showing the high iron | oxide concentrations in the soil |
A sesquioxide is an | oxide containing three atoms of oxygen with two atom |
lower iron and metal content, but higher iron | oxide content in the silicates. |
It is not an | oxide conversion coating, but rather a deposited cop |
tatic agents, such as those made from alkylene | oxide copolymers have been developed. |
to Whim Creek to set up a large scale open cut | oxide copper SX-EW heap leach operation. |
It may be formed by the reaction of copper(II) | oxide, copper(II) hydroxide, or copper(II) carbonate |
cyclic ozone exist at the surface of magnesium | oxide crystals in air. |
It is transparent and pure, lacking the iron | oxide crystals dispersed in the more commonly occurr |
lly occurs together; however it lacks the iron | oxide crystals dispersed in the glass, and therefore |
Melaconite is a mineral consisting of cupric | oxide, CuO. |
dehydrase and undergoes cyclization by allene | oxide cyclase to form 12-oxo-phytodienoic acid. |
ed diagram of the Cerium(IV) oxide-cerium(III) | oxide cycle |
The cerium(IV) oxide-cerium(III) | oxide cycle or CeO2/Ce2O3 cycle is a two step thermo |
The cerium(IV) oxide-cerium(III) | oxide cycle or CeO2/Ce2O3 cycle is a two step thermo |
system (CNS), and dysregulation of the nitric | oxide cycle leads to a buildup of peroxynitrite, an |
Evaluated cycles are the iron | oxide cycle (Fe3O4/FeO), the zinc-zinc oxide cycle ( |
The zinc-zinc | oxide cycle or Zn/ZnO cycle is a two step thermochem |
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