「decomposes」の共起表現一覧(1語右で並び替え)
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odine trifluoride, IF3, a yellow solid which | decomposes above −28°C |
It | decomposes above 250 °C to release oxygen and leave sod |
Manganese dioxide | decomposes above about 530 °C to manganese(III) oxide a |
MoS3 then | decomposes again to molybdenum disulfide (MoS2) in a br |
h air, especially on the effect of light, it | decomposes and turns yellow or reddish from dissolved i |
properties of uranium hydride, it chemically | decomposes and turns into hydrogen gas and uranium meta |
The salt eventually | decomposes at room temperature into NO2 and O2. |
is normally stable at room temperature, but | decomposes at higher temperatures. |
On heating, ammonium chlorate | decomposes at about 102 °C, with liberation of nitrogen |
onate is a light blue crystalline solid that | decomposes at 424 K. Its structure was published in 200 |
600°C with air to form barium peroxide which | decomposes at above 800°C by releasing oxygen. |
cahydroxycyclohexane dihydrate, a solid that | decomposes at 95°C. |
Also, sodium phosphorothiolate | decomposes at neutral pH and so it was found that using |
It | decomposes at room temperatures to give a series of mon |
Magnesium perchlorate | decomposes at 250 °C. |
The compound | decomposes at around 0 °C. |
It melts at 232 °C and | decomposes at 250 °C. |
A hydrate also exists which | decomposes at 110 °C. |
In an inert environment it | decomposes at 1470 °C. |
It | decomposes at 90 °C into the elements. |
It | decomposes at room temperature to form HF and O |
It | decomposes at room pressure if higher than -100°C. |
It is a light blue crystalline solid that | decomposes at 141°C, releasing oxygen and carbon dioxid |
s a red-brown, thermally unstable solid that | decomposes at 160 °C. |
nd chlorine gas at elevated temperatures; it | decomposes back to those substances at room temperature |
ctopuses consist of soft tissue that usually | decomposes before it has time to fossilize. |
This acid quickly | decomposes by splitting off carbon dioxide and leaving |
At 400°C it | decomposes, by loss of water, to potassium metaphosphat |
s a solid source of butadiene, into which it | decomposes by a reverse cycloaddition. |
itself beside the body and feed on it as it | decomposes by tearing at its softened flesh with its st |
When heated in air, it | decomposes completely to magnesium oxide. |
It is photosensitive and | decomposes easily to mercury and HgI2. |
It | decomposes easily at elevated temperatures into acetami |
t conditions typical of Earth's surface, and | decomposes even more readily than aragonite. |
It is a black solid that | decomposes exothermally at 120°C with evolution of oxyg |
Me5Bi | decomposes explosively at 20°C. |
equent heating, the iodine pentoxide further | decomposes, giving a mix of iodine, oxygen and lower ox |
able mineral which dehydrates in dry air and | decomposes in water. |
DDQ | decomposes in water, but is stable in aqueous mineral a |
tamin that is stable to air and moisture but | decomposes in sunlight. |
Tetramethyltin | decomposes in the gas phase at about 277 °C (550 K) Me4 |
t high heat under a hydrogen atmosphere, but | decomposes in air at normal temperatures, turning brown |
It | decomposes in contact with water. |
It also | decomposes in boiling water. |
Not all of the ammonium dichromate | decomposes in this reaction. |
Paraformaldehyde is flammable as it | decomposes in the heat into the flammable gas formaldeh |
When heated above 250 °C, furfural | decomposes into furan and carbon monoxide, sometimes ex |
It is thermally unstable and | decomposes into peroxyethanoyl radical and nitrogen dio |
Pure ammonium formate | decomposes into formamide and water when heated, and th |
Any connected graph | decomposes into a tree of biconnected components called |
When heated, benzyl chloroformate | decomposes into phosgene and if it comes in contact wit |
ed in vacuum at or slightly below 410 °C, it | decomposes into vanadyl sulfate (VOSO4) and SO2. |
H | decomposes into superselection sectors, each of which i |
heated to decomposition, aluminium phosphate | decomposes into aluminium oxide and phosphorus pentoxid |
ocess, oil shale is heated until its kerogen | decomposes into vapors of a petroleum-like condensable |
Note that the geometry almost | decomposes into a Cartesian product of the "y" geometry |
Under acidic conditions, geosmin | decomposes into odorless substances. |
But it easily | decomposes into aluminium hydroxide and carbon dioxide. |
when a substance does not melt uniformly and | decomposes into another substance. |
When glycerol is heated to 280 °C, it | decomposes into acrolein. |
traviolet component of sunlight degrades and | decomposes Kevlar, a problem known as UV degradation, a |
It | decomposes more quickly when a concentrated solution th |
The cellulose film | decomposes naturally in soil, and is naturally easy tea |
As biomass | decomposes naturally, it releases carbon dioxide. |
It boils at 220°C and | decomposes near the boiling point, making distillation |
-temperature, low-pressure distillation, but | decomposes on heating above room temperature. |
fluorine to form a solid compound, but this | decomposes on attempted vaporization and its exact comp |
nium(II) iodide is a crystalline solid which | decomposes on melting. |
It thermally | decomposes, over a temperature range of approximately 2 |
It thermally | decomposes over a temperature range of about 450-800 °C |
When it | decomposes, oxygen gas is generated. |
imes used in the production of mercury as it | decomposes quite easily. |
esult is formation of an ozonide, which then | decomposes rapidly so that the double bond is cleaved. |
It | decomposes rapidly on standing to bromic acid and oxyge |
Free nitrous acid is unstable and | decomposes rapidly. |
Bromoxynil | decomposes readily in soil, with a half life of approxi |
Because glycolonitrile | decomposes readily into formaldehye and hydrogen cyanid |
This mal-odorous oil | decomposes readily to hydrogen sulfide (H2S). |
Morpholine | decomposes reasonably slowly in the absence of oxygen a |
above the 675 °C melting point, the compound | decomposes, releasing O2, before reaching a boiling poi |
Isopropyl acetate | decomposes slowly on contact with steel when exposed to |
ent choice that offers good weed control and | decomposes slowly for improved soil structure. |
Stannane | decomposes slowly at room temperature to give metallic |
2)3 is a lemon yellow crystalline solid that | decomposes slowly at room temperatures and explodes abo |
(ideally 50% +/- 10): too dry, and the mass | decomposes slowly or not at all; too wet and anaerobic |
Ammonium permanganate | decomposes slowly in storage even at normal temperature |
with a sulfite salt (a base) quantitatively | decomposes the polysulfane to produce thiosulfate and h |
When wood | decomposes, the carbon sequestered during growth is rel |
The heat from the molten metal | decomposes the wood which liberates hydrocarbon gases w |
in RODS implements a wavelet approach, which | decomposes the time series using Haar wavelets, and use |
In water, it rapidly | decomposes to produce a silicone polymer while giving o |
In acidic solutions, it | decomposes to generate three molecules of formaldehyde. |
By heating the precipitate it | decomposes to metallic copper and hydrogen gas. |
It is deliquescent and upon heating, it | decomposes to form magnesium oxide. |
ed to the sodium bifluoride, which thermally | decomposes to release HF. |
It | decomposes to haematopodin under the influence of air a |
This reactive metabolite spontaneously | decomposes to form a nitrenium ion which will also reac |
presence of air) strontium iodide completely | decomposes to form strontium oxide and free iodine. |
classification of the AB pair is G0V, which | decomposes to individual spectral types F9V and K3V. |
If gently heated, Au(OH)3 | decomposes to gold(III) oxide, Au2O3, and then to gold |
g with other solvents, palladium(II) acetate | decomposes to palladium. |
As a result, oil shale | decomposes to shale oil vapors, oil shale gas and spent |
4 melts at -33 °C and above that temperature | decomposes to Co2(CO)8 and H2. |
Gaseous Ni(C5H5)2 | decomposes to a Ni mirror upon contact with a hot surfa |
In ordinary conditions, it quickly | decomposes to carbon dioxide (CO2) even at 180 K (−93 ° |
When heated at 200 °C, the dry powder | decomposes to ammonia, hydrogen sulfide, and carbon dis |
act with HCl to produce tungstic acid, which | decomposes to WO3 and water at high temperatures. |
s electrons to the polluting molecule, which | decomposes to produce the corresponding hydrocarbon (hy |
Cobalt(II) hydroxide | decomposes to cobalt(II) oxide at 168°C under vacuum an |
Concentrated formic acid slowly | decomposes to carbon monoxide and water, leading to pre |
gent in the production of metal foams, as it | decomposes to form titanium and hydrogen gas at elevate |
t of the feldspar does melt, a portion of it | decomposes to leucite and some quartz (SiO2) is left ov |
Methanetellurol | decomposes to dimethyl ditelluride and hydrogen. |
When heated, CsClO4 | decomposes to caesium chloride above 250 °C. |
On heating, MnF3 | decomposes to manganese(II) fluoride. |
tion at a wavelength of less than 520 nm, it | decomposes to plutonium pentafluoride and fluorine; aft |
n exposure to the environment, metham sodium | decomposes to form methyl isothiocyanate. |
Upon heating iodoform | decomposes to produce diatomic iodine, hydrogen iodide |
s incongruently is enstatite (MgSiO3), which | decomposes to forsterite (Mg2SiO4). |
For example, potassium feldspar (KAlSi3O8) | decomposes to leucite (KAlSi2O6) when it melts. |
As a result, the kerogen in the shale | decomposes to yield oil vapor and more gas. |
Above 200 °C, OF2 | decomposes to oxygen and fluorine via a radical mechani |
Even at low temperatures, carbonyl bromide | decomposes to carbon monoxide and elemental bromine. |
Hydrogen disulfide readily | decomposes under ambient conditions to hydrogen sulfide |
d (above 50%) is highly reactive; it readily | decomposes upon heating, and explodes upon rapid heatin |
It | decomposes when heated and produces toxic phosphine gas |
ture [PI4+]I− in the solid state but rapidly | decomposes when heated. |
It | decomposes when heated above 225 °C and creates toxic g |
colour based on the observation that a prism | decomposes white light into the many colours that form |
In the atmosphere, 1,1-dichloroethane | decomposes with half-life of 62 days, chiefly by reacti |
Above -10 °C it | decomposes with polymerization. |
tudied by this group, is even more unstable ( | decomposes within 4 hours). |
It is a crystalline white solid that | decomposes without melting at 120-125 °C. |
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