「OXIDES」の共起表現(2語左で並び替え)

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共起表現

「OXIDES」の共起表現一覧(2語左で並び替え)

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ne, plagioclase feldspar and accessory garnet,	oxides and possibly amphibole.
Like other alkali metal	oxides, Rb2O is a strong base.
Long-chain alkyl amine	oxides are used as nonionic surfactants and foam stab
normally act as a reducing agent for all metal	oxides at very high temperatures.
mbustion of hydrogen with air can also produce	oxides of nitrogen, though at negligibly small amount
hs, also carbon monoxide, methane and nitrogen	oxides.
oses, giving a mix of iodine, oxygen and lower	oxides of iodine.
he following binary (containing only Cs and O)	oxides of caesium are known: Cs11O3, Cs4O, Cs7O, and
ssociated with dendrites of manganese and iron	oxides.
dochite is a mineral combining lead and copper	oxides with formula PbCu6O8-x(Cl,Br)2x(x ≤ 0.5).
fluoride, silicon tetrafluoride, and nitrogen	oxides.
2020 emissions of sulfur dioxide and nitrogen	oxides from ships will exceed land-based emissions in
ium-rich augite, plagioclase feldspar and iron	oxides.
pts to determine whether titanium and vanadium	oxides are present.
ntrol emissions of sulfur dioxide and nitrogen	oxides.
Hopcalite is a mixture of copper and manganese	oxides used as catalyst to convert carbon monoxide in
tween metal ions in aqueous solution and metal	oxides, which are represented by many minerals.
y pollutants such as hydrocarbons and nitrogen	oxides react to form secondary pollutants such as per
Bailly to capture sulphur dioxide and nitrogen	oxides.
to eliminate the acidic nitrates and nitrogen	oxides produced by gradual decomposition of nitric ac
(α-AlO(OH)), as well as clays, silt, and iron	oxides and hydroxides.
jaspers and massive beds of iron and manganese	oxides.
dielectric films such as the gate and sidewall	oxides as well as the buried oxide in the case of sil
It converts uranium and plutonium	oxides into the corresponding hexafluorides.
of a high percentage of silicon and aluminium	oxides, and a low percentage of sodium, potassium, an
by the sintering of calcium oxide and titanium	oxides.
es toxic gases including chlorine and nitrogen	oxides.
oduces MOX from a mix of uranium and plutonium	oxides.
Cuprite, native copper and Fe-Mn	oxides also occur in this environment.
clase and accessory biotite, apatite, and iron	oxides.
, such as clays, chlorides, sulfates, and iron	oxides, have been discovered there.
discovered sulfate, hydrated sulfate, and iron	oxides in Eos Chasma.
Sodium zincate refers to anionic zinc	oxides or hydroxides, depending on conditions.
The most common rhenium compounds are the	oxides and the halides exhibiting a broad oxidation n
sources the most significant of which are the	oxides of sulphur produced by burning sulphur rich fu
propellant-grade NTO is referred to as "Mixed	Oxides of Nitrogen" or "MON".
the expense of other minerals, such as uranyl	oxides and silicates, which have been more thoroughly
ecially shorter-lived species such as nitrogen	oxides and volatile organic compounds; this allows fe
cellular electrical acceptors (such as Fe(III)	oxides).
or may be sometimes better described as mixed	oxides
pentoxide, N2O5 is one of the binary nitrogen	oxides, a family of compounds that only contain nitro
ink rhodonite contrasting with black manganese	oxides is sometimes used as a gem material as seen in
Both curium	oxides are solids, insoluble in water but soluble in
exothermically releasing Hydrogen bromide and	oxides of Nitrogen.
where the ore mineralogy is dominated by metal	oxides, hydroxides, clays and carbonates after the or
It serves as a carrier for	oxides of nitrogen (NOx) into rural regions and cause
the addition of lime at this stage caused the	oxides to separate out as a slag on the surface of th
izing agent and combines with certain coloring	oxides to produce unique colors not easily attainable
by heating umber, a dark brown clay containing	oxides of iron and manganese.
also added in order keep the surface clear of	oxides.
tend to be roughly textured and coloured with	oxides, especially manganese oxide.
close feldspar ophitically; less commonly iron	oxides and sphene do so.
The surface of most metals consists of	oxides and hydroxides in the presence of air.
sinopite) is a clay or quartz containing iron	oxides, with a "blood-red or brownish red color, some
arge load of clay and silt which contains iron	oxides.
ction, since the presence of contaminants like	oxides or etching by products could alter its metalli
The appearance of corrosion products (	oxides) is evaluated after a period of time.
e surrounding air to oxidize, creating nitrous	oxides.
aterial releases fumes of hydrogen cyanide and	oxides of nitrogen.
cur in ring opening of cyclopropanones, allene	oxides and in the Favorskii rearrangement.
It uses pigments derived from	oxides which fuse with the glaze when the piece is fi
issions ceilings for sulphur dioxide, nitrogen	oxides, volatile organic compounds and ammonia to be
g sodium hydroxide pellets, which dissolve the	oxides and form a slag.
sent in the form of evenly distributed quartz,	oxides and hydroxides of iron, hydrated haemetite and
f uranium hexafluoride (UF6) to either uranium	oxides (U3O8 or UO2) or uranium metal.
a solvent (or flux) for electrolysis aluminium	oxides such as bauxite.
This enables the	oxides to flow out of the joint when the two pieces a
This gas etches metal	oxides by formation of a volatile BOClx compounds.
nature, zirconium minerals invariably exist as	oxides (reflected also by the tendency of all zirconi
There exist multiple	oxides as iodine has more than one oxidation state.
The risk and safety phrases for iron	oxides are R36, R37, R38, S26, and S36.
the process by which metal ions form polymeric	oxides in aqueous solution.
nto two categories: those that form protective	oxides, and those that cannot.
Group 3 or Group 4. The metals form different	oxides: vanadium forms vanadium(II) oxide, vanadium(I
they form acidic	oxides (whereas metals generally form basic oxides)
Curium forms two	oxides, curium(III) oxide (Cm2O3) and curium(IV) oxid
sed in the reaction above are derived from the	oxides of antimony, vanadium, and titanium.
reactive metals, cannot be reduced from their	oxides in this way.
our from sulfur impurities, or brown from iron	oxides.
ioxide production as iron is reduced from iron	oxides by carbon and there is no economical substitut
roved that aluminum restored metals from their	oxides under high temperatures.
s that are hydrolysed in water and have acidic	oxides.
Higher sulfur	oxides are a group of chemical compounds with the for
a mineral compound of several hydrous aluminum	oxides.
Hydrous ferric	oxides, also called hydrous iron oxides, are a class
e older literature and continuing in industry,	oxides are named by contracting the element name with
A creek rich in metal	oxides in the south of Grande Terre.
l of organic compounds, and rich in silicates,	oxides, and sulfides.
ing it produces toxic fumes including nitrogen	oxides.
In general for the insoluble actinide	oxides such as high fired uranium dioxide and MOX fue
) "ferric" iron drops out as insoluble "rusty"	oxides that bind to the surrounding stone, hardening
A fire scale is a layer of	oxides that forms on the surface of metal when a blac
together with olivine and lesser iron-titanium	oxides such as ilmenite and magnetite-ulvospinel; min
re the temperature stability of many different	oxides on the same diagram.
wever, other common crucible materials include	oxides such as Alumina, Zirconia, and Boron nitride.
Cases of poisoning from tin metal, its	oxides, and its salts are "almost unknown," on the ot
Limonite, a mixture of	oxides
ists of 440 N Liquid Apogee Motor MON-3 (Mixed	Oxides of Nitrogen) and MMH (MonoMethylHydrazine) for
particulate matter, carbon monoxide, nitrogen	oxides and sulfur oxides.
ed, the products are primarily the most common	oxides.
Unlike most metal	oxides, it dissolves slightly in water to give a pale
as carriers for nucleic acids are mostly iron	oxides.
ods and special tools were not needed, because	oxides were structurally weakened by decomposition pr
nates are true carbonate minerals and not zinc	oxides, as was previously thought.
y in this recent era, making the observed Fe3+	oxides volumetrically small, though pervasive and spe
which is composed of naturally occurring iron	oxides.
nts, typically a few percent, of iron-titanium	oxides such as magnetite, ilmenite, and ulvospinel.
antimony and lead by the formation of complex	oxides.
e plant ranked 28th for the amount of nitrogen	oxides released into the atmosphere, with 24,000 tons
er technology, reducing production of nitrogen	oxides.
tetracarboxylic dianhydride, C10O8, one of the	oxides of carbon.
The conversion of aluminium	oxides into metallic aluminium requires that the meta
ct, glass artists use a thin layer of metallic	oxides including magnesium, silicon and titanium at h
Examples of amine	oxides include pyridine N-oxide, a water-soluble crys
actually represents several forms of nitrogen	oxides such as NO (nitric oxide), NO2 (nitrogen dioxi
reactive gas, which is oxygen in case of metal	oxides or acetylene in case of metal carbides.
ite) and sesquioxides, in the form of hydrated	oxides of iron and aluminium.
ported in 2005 to emit 19,746 tons of nitrogen	oxides and 9,286 tons of volatile organic compounds p
hornblende that contains less than 5% of iron	oxides is gray to white in color and named edenite, f
ns; yellowcake is now largely a mix of uranium	oxides.
ould reduce the stations emissions of nitrogen	oxides, to meet the requirements of the Industrial Em
manufactured by reacting fine powders of metal	oxides, hydroxides, or carbonates in solid state in t
tive processes including the formation of Fe3+	oxides that impart a reddish hue to the Martian surfa
noise in the area, increased levels of nitrous	oxides, sulfur dioxide, carbon dioxide, and cancer ca
ns, 96% of carbon monoxide and 90% of nitrogen	oxides produced in automobile engines and those used
The reduction of metal	oxides with carbon (or carbon monoxide) to form the f
Role of iron	oxides
xanes can be formed by dimerization of nitrile	oxides.
It is one of principal	oxides of chromium and is used as a pigment.
n trioxide (or diboron trioxide) is one of the	oxides of boron.
st used for the carbon-free reduction of metal	oxides.
The chemistry of sulphur	oxides is complex both in the atmosphere and in river
O3, γ-Fe2O3) is a member of the family of iron	oxides.
which the surface contains two kinds of metal	oxides.
Mill scale is composed of iron	oxides mostly ferric and is bluish black in color.
y, it may release very toxic fumes of nitrogen	oxides.
It is composed of iron	oxides, from a kind of clay or quartz called sinople.
the addition of various minerals, often metal	oxides cobalt, praseodymium, iron, or neodymium.
Early African miners focused on copper	oxides and carbonates rather than sulfides, because o
ict sense the term amine oxide applies only to	oxides of tertiary amines.
rsenic species such that they adsorb onto iron	oxides and create larger particles that may be filter
ally solid replacement bodies of chert or iron	oxides formed during diagenesis of a sedimentary rock
ode reacts to form solid molybdenum or cadmium	oxides.
cumulations of manganese, iron and other metal	oxides that accumulate on the deep ocean floor.
her from silica, copper oxide, and other metal	oxides to chemically reduce the copper ions to elemen
ts is formed of goethite along with other iron	oxides and quartz.
on between stibnite (Sb2S3) and other antimony	oxides such as valentinite (Sb2O3) or stibiconite (Sb
Manganite occurs with other manganese	oxides in deposits formed by circulating meteoric wat
It has also been formed from other iron	oxides, hematite and magnetite; the carbonate siderit
Like other phosphine	oxides (e.g., triphenylphosphine oxide), the molecule
g processes in soil, and along with other iron	oxides or oxyhydroxides such as goethite, is responsi
It is used with other rare	oxides in the coating of anode-electrodes for industr
ising agents such as chlorine, ozone, nitrogen	oxides and sulphur oxides forming acetophenone, benza
naturally occurring minerals, principally iron	oxides, that have been used since prehistoric times a
s greener because it does not produce nitrogen	oxides as do traditional ammoxidations.
ones, and oxidation of amines to produce amine	oxides.
air at elevated temperatures producing arsenic	oxides, the products and yields of which are variable
has a small chemical workshop producing sodium	oxides, vanadium chloride and oxytrichloride.
hey, however, have some unusual properties for	oxides, such as high electric conductivity.
air / fuel mixtures was to combine rare earth	oxides and base metal oxide components in the catalys
There are large deposits of rare earth	oxides at Kvanefjeld.
hosts the largest known deposit of rare earth	oxides (JORC compliant) outside of China.
lfides, selenides, and tellurides, rather than	oxides.
in the absence of hydrazine, or reacting iron	oxides and zinc oxide at high temperature.
To reduce nitrogen	oxides (NOx), the units use low-NOx burners as well a
It also passivates metals and reduces metal	oxides (ferric oxide -> ferrous oxide; cupric oxide -
three-way catalytic converter reduces nitrogen	oxides to nitrogen and oxygen, oxidizes carbon monoxi
Wahl's process of reducing metallic	oxides was similar in principle to a method of reduct
organic compounds in return for reductions in	oxides of nitrogen (NOx).
, one for the reduction of refractory metallic	oxides by means of aluminum and the other for the red
uction system are also used to remove nitrogen	oxides.
ctive catalytic reducer which removes nitrogen	oxides, an electrostatic precipitator which removes f
One of several nitrogen	oxides, NO2 is an intermediate in the industrial synt
Several different	oxides are added to zirconia to stabilize the tetrago
oxide with sodium metal to form sodium uranium	oxides.
is the flaky surface of hot rolled steel, iron	oxides consisting of Iron(II,III) oxide, hematite and
to 1-alkoxyalkyl substituted diphenylphophine	oxides which in turn can be used in a Wittig-like rea
to produce nitrogen gas, rather than nitrogen	oxides.
on and in increasing the weight of the calces (	oxides) of metals as compared with metals themselves.
meration was chosen so that the characteristic	oxides of the B groups would correspond to those of t
much larger heat of formation than the carbon	oxides, as best seen in Ellingham diagrams.
UF4 is less stable than the uranium	oxides and reacts slowly with moisture at ambient tem
It is one of the principal	oxides of copper.
Vanadium(II) oxide, VO, is one of the many	oxides of vanadium.
oxidation of the reagents to their respective	oxides and formation of a glass mixture.
These iron	oxides can be generated by precipitation from acidic
eir conversion to bulk metal, these refractory	oxides are first converted to the tetrachloride, whic
The anionic derivatives of these same	oxides are also well known including chlorate (ClO−
s with distorted Sb(III) centers bound to four	oxides.
tendency of certain chemical compounds to form	oxides by hydrolysis or abstraction of oxygen, often
articles, but both forms degrade to copper(II)	oxides in moist air.
Dryer Absorber (SDA) System designed to reduce	oxides of nitrogen (NOX) and sulfur dioxide (SO2) emi
OF2 reacts with many metals to yield	oxides and fluorides.
complexes of oxophilic metals tend to generate	oxides by reaction with oxygen.
Mn2O3 is unlike many other transition metal	oxides in that it does not adopt the corundum (Al2O3)
ns in Mott insulators such as transition metal	oxides by the presence of repulsive Coulombic interac
A number of transition metal	oxides are also superconductors.
Transition metal	oxides comprise a class of materials that contain tra
uction: metallic films, transparent conductive	oxides (TCO), superconducting films & coatings

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共起表現

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「OXIDES」の共起表現一覧(2語左で並び替え)