「CARBON」の共起表現一覧(1語右で並び替え)
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oroalkenes that have the fluorines on the same | carbon, a geminal relationship, are called gem-difluo |
versity, and is editor-in-chief of the journal | Carbon, a post he has held since 1982. |
Some allotropes of | carbon: a) diamond; b) graphite; c) lonsdaleite; d-f) |
llar envelope and the spectra show silicon and | carbon absorption up to a distance of 3.3 giant radii |
s from the core by convection, thus creating a | carbon abundance in the outer atmosphere where carbon |
dant of the two stable isotopes of the element | carbon, accounting for 98.89% of carbon; it contains |
y be used for internal reporting or enterprise | carbon accounting. |
carbonyl compounds renders the former carbonyl | carbon acidic. |
It would rank as one of the most acidic of the | carbon acids with an estimated Pka of -5. |
a sufficiently strong base to deprotonate many | carbon acids, including benzene. |
ctive to the beginning of the season after SGL | Carbon acquired the naming rights for the structure i |
ear she called for a new Clean Air Act - a Low | Carbon Act to fight climate change. |
Activated | carbon acts like a sponge to aurocyanide and other co |
roup source to catalyze the carboxylation of a | carbon adjacent to a carbonyl group performing the 4t |
One system that does exist uses a | carbon adsorbent called Nyex in a continuous adsorpti |
Carbon adsorption is often used and catalytic oxidati | |
Since then SGL | Carbon AG has been widely held. |
bic) (Why are the Gulf Countries Interested in | Carbon?) Al-Khaleej Newspaper (Sept. |
When the formula contains no | carbon, all the elements, including hydrogen, are lis |
In a similar fashion the recently found | carbon allotrope fullerene, C60 reacts with fluorine |
sic" version was released that did not require | Carbon, allowing it to run on older machines that cou |
Type 1: Medium | carbon alloy steel |
mon, especially in the form of steel (iron and | carbon,) alnico (iron, nickel, cobalt, and aluminum,) |
s configuration at the hemiacetal or hemiketal | carbon, also called the anomeric carbon. |
present time white graphite appears to be the | carbon analog of polywater"-in other words unlikely, |
oxylate dianion C4O42−, which consists only of | carbon and oxygen, making it an oxocarbon anion. |
fuel cells, and "commercial-grade", which has | carbon- and sulfur-containing impurities, but which c |
After a desired | carbon and temperature level have been reached the pr |
tends to set variable targets for the level of | carbon and sustainability performance expected from a |
te CO32− and oxalate C2O42−) consist solely of | carbon and oxygen. |
ration to be more efficient and releasing less | carbon and other pollutants. |
patially segregated components: dark amorphous | carbon and an intimate mixture of water ice, methanol |
specially effective in removing oils, greases, | carbon, and other material from metal." |
Dichlorprop possesses a single asymmetric | carbon and is therefore a chiral molecule, however on |
ter Regulations, Part P, Rainwater Harvesting, | Carbon and Energy Management, SMART meters and Solar |
Clouds, | Carbon, and Climate Change |
Sculptor Dwarf contains only 4 percent of the | carbon and other heavy elements in our own galaxy, th |
The final step of eluting | carbon and smelting the gold in the gold recovery pro |
that the amine groups (nitrogen atom bonded to | carbon and or hydrogen exhibiting a valence pair of e |
The source of the | carbon and nitrogen atoms of the purine ring, 5 and 4 |
made up mainly of degenerate matter-typically, | carbon and oxygen nuclei in a sea of degenerate elect |
officially titled: Standard Specification for | Carbon and Alloy Steel Externally Threaded Metric Fas |
pig iron, and contains significant amounts of | carbon and silicon. |
xion's surface is a mixture of water ice, dark | carbon and tholin, which is a heteropolymer formed by |
an oxocarbon anion, that is, consists only of | carbon and oxygen. |
ng them to use agar as their primary source of | Carbon and enables their ability to thrive in the oce |
gen, Sulfur, Phosphorus, Mercury, Calcium, and | Carbon, and effects of pollution on flux of these and |
gamma alumina, zeolites (ZSM-5), palladium on | carbon and platinum on carbon as well as alumina. |
a colonization, control of O2, and exchange of | Carbon and Nitrogen. |
stainless, alloy and special steels including | carbon and alloy steels. |
The corporation is divided into two divisions: | Carbon and Chemicals, and Railroad and Utility. |
e organic compounds composed of long chains of | carbon and hydrogen, structurally similar to many org |
effectively as compared to compounds solely of | carbon and hydrogen. |
f the oxocarbon anions, that consist solely of | carbon and oxygen. |
nsidering the large difference in size between | carbon and transition metal atoms and the superior ri |
ction forming a new bond between the substrate | carbon and another atom. |
resemblance to the corresponding compounds of | carbon; and also prepared new compounds of arsenic. |
s probably composed of organic-rich silicates, | carbon and anhydrous silicates. |
molecules are the hydrocarbons, which contain | carbon and hydrogen, although they sometimes contain |
ronautics bearing-grade composition with added | carbon and vanadium. |
discovery in the understanding of the Earth's | carbon and energy cycles. |
carbon-oxygen bond is a covalent bond between | carbon and oxygen and one of the most abundant in org |
two chlorines and one fluorine attached to one | carbon, and one chlorine and two fluorines bonded to |
rs that modulates global cycles of phosphorus, | carbon and nitrogen. |
ents which are rich in nutrients, particularly | carbon, and are the opposite to oligotrophs, which su |
It is classed as an alkane because it has only | carbon and hydrogen and these elements are configured |
exane isomers - the only one with a quaternary | carbon and a butane (C4) backbone. |
ith boron, sulfur, silicon or if co-doped with | carbon and nitrogen. |
d in water molecules, molecular oxygen, atomic | carbon, and carbon monoxide in space. |
ich both the hydroxyl function of the terminal | carbon and the aldehyde function of the first carbon |
amples of Chemoorganoheterotrophs which obtain | carbon and electron reactions from dead organic matte |
dditional comics from some old series like Tom | Carbon and Taco Zip. |
The | carbon and silicon percentages are reduced to the amo |
is an oxocarbon anion, that consists solely of | carbon and oxygen. |
weight of hydrogen (the base unit), with 6 for | carbon and 8 for oxygen. |
ogen, and the opposite charges to the carbonyl | carbon and amide nitrogen, respectively. |
of neutrino and antineutrino cross-sections on | carbon and iron nuclei. |
There are 15 known isotopes of | carbon and the shortest-lived of these is 8C which de |
ilic site on enolates is delocalized onto both | carbon and oxygen sites. |
isomer has all three chlorines attached to one | carbon, and all three fluorines attached to the other |
The fixed | carbon and nitrogen sources are exchanged through cha |
rite has revealed anomalous isotopic ratios of | carbon and silicon, indicating an origin from outside |
Polyethylene contains the chemical elements | carbon and hydrogen. |
is featured in two videogames: Need for Speed: | Carbon and Test Drive Unlimited. |
t the communities of Edwardsville, nearby Glen | Carbon, and beyond. |
rnivores are examples of organisms that obtain | carbon and electron reactions from living organic mat |
ile unreactive with first row nonmetals except | carbon and boron, it reacts readily with second and t |
SCN is predicted to have a triple bond between | carbon and nitrogen. |
omplished with hydrogenation with palladium on | carbon and that of the ketone groups to alcohol group |
The | carbon and other elements in these sugars are then us |
The paper is circulated in Edwardsville, Glen | Carbon and nearby rural areas. |
wed that the particles were composed of mostly | carbon and oxygen, with trace amounts of silicon and |
EN series steels are the blend of | carbon and alloys. |
here the metal actually inserts itself between | carbon and hydrogen. |
act stoichiometric ratio, which allows all the | carbon and hydrogen from the fuel to combine with all |
This dredge-up causes helium, | carbon and the s-process products to be brought to th |
have a composition of organic rich silicates, | carbon and anhydrous silicates, possibly with water i |
The molecule has two electrophilic sites, the | carbon and the S(VI) center. |
In this transformation, both the | carbon and the nitrogen termini of CN are functionali |
The oceans, including dissolved inorganic | carbon and living and non-living marine biota, |
e "breathing of the planet" - the exchanges of | carbon and water vapour between the biosphere and the |
composed of metallic substances and pieces of | carbon and metallic hydrogen that form corusca gems. |
stirring it in the open air until it lost its | carbon and became wrought iron. |
security, build renewable power sources to cut | carbon, and invest for the future”. |
Assuming that | carbon and metals are not present, which spectral cla |
In the α anomer the anomeric | carbon and the reference atom do have opposite config |
ximately 15% manganese and small quantities of | carbon and silicon. |
rol systems, building simulation and modeling, | carbon and sustainability reporting, IT equipment man |
opes including isotopes of lithium, beryllium, | carbon and oxygen. |
tral type K2III, meaning it is probably fusing | carbon and oxygen in its core to form iron and nickel |
operated an extensive system of coal mines in | Carbon and Schuylkill Counties, two canals, the Lehig |
any moons orbiting this planet are enriched in | carbon, and are thus quite different from the silicat |
elements occurring in the native state include | carbon and sulfur. |
cetals, lactones do not have a chiral anomeric | carbon, and they cannot form glycosidic linkages. |
n in its structure to fully oxidize all of its | carbon and hydrogen upon detonation. |
hydrogen atom, resulting in a net loss of one | carbon and two hydrogen atoms. |
ons of Lehigh, Northampton, Berks, Schuylkill, | Carbon, and Monroe counties. |
nitriles as their sole source of nitrogen and | carbon, and in concert act as an alternative to nitri |
erstitial atoms (in steel, those are typically | carbon and nitrogen), which naturally tend to form ‘‘ |
The oxygen in the blast of air oxidized | carbon and other impurities, and the addition of lime |
Peat soils can restore | carbon and slow down the global warming. |
2 FRS application citation he proved that "dry | carbon and phosphorus will not inflame when heated in |
s probably composed of organic rich silicates, | carbon and anhydrous silicates. |
uild a continuous Hot Strip Mill rolling mild, | carbon and special steels up to 457mm. |
n-polar, including materials such as activated | carbon and graphite. |
In September 2006, Calgon | Carbon announced it would be replacing its pension pl |
power 25,000 homes and offset 176,000 tons of | carbon annually. |
The poor state of the | Carbon API contrasted with the relative maturity of C |
1996 | Carbon API for Mac OS - legacy application compatibil |
The original Mac OS X Finder was a | Carbon application built on top of Metrowerks' PowerP |
market by adjusting fuel subsidies and pricing | carbon appropriately |
Air | carbon arc cutting, previously known as air arc cutti |
A single tower cast light from six | carbon arc lamps, illuminating a 1,500 feet (460 m) r |
In IUPAC nomenclature all compounds containing | carbon are considered as organic compounds. |
Hydrogen atoms on | carbon are implicit. |
To prevent this, coatings such as | carbon are applied to the fiber, and hydrogen capturi |
s have been termed as HNLC (high nutrient, low | carbon) areas. |
empirical indexes are used CII and Calculated | Carbon Aromaticity Index (CCAI). |
The calculated | carbon aromaticity index (CCAI) is an index of the ig |
Conventional Li-Ion batteries use graphitic | carbon as the anode, but replacing this with silicon |
conversion entails treatment of the oxide with | carbon as the oxide "getter" and chlorine. |
improvements in the 1960s virtually eliminated | carbon as a cause of pitting with the introduction of |
tions are thermic chemical reactions which use | carbon as the reducing agent at high temperature. |
The two most important characteristics of | carbon as a basis for the chemistry of life, are that |
mal Reduction is a form of reduction involving | carbon as the reductant at elevated temperatures, oft |
circumstellar envelope is likely to be rich in | Carbon as it has very strong CN (Cyanide) spectral li |
erials, including natron, wood, seeds, shells, | carbon, assorted pottery, small animal bones, papyrus |
ound the six membered ring to "6" for the keto | carbon at the top of the six membered ring. |
nation of niobium pentoxide in the presence of | carbon at 300°C. |
n mammals: the lack of a hydroxyl group on the | carbon at the 6-position (C-6) and the L-configuratio |
globally averaged snow albedo effect of black | carbon at +0.1 ± 0.1 W/m2. |
exact geometric configuration about the first | carbon at ring position 3 of ring I, the carbon bound |
es of seven atoms, with a nitrogen replacing a | carbon at one position. |
ss involving the reaction of sodium amide with | carbon at elevated temperatures. |
e one of Fischer's projections, being sn-1 the | carbon at the top and sn-3 the one at the bottom. |
arene compound incorporating one free radical | carbon atom as part of the ring structure. |
is discolorized by sulfonation at the central | carbon atom which disrupts the favorable resonance in |
The C2 | carbon atom in the intermediate is pentavalent and th |
ivalent radical containing one highly reactive | carbon atom bound to one fluorine atom with the formu |
y up), and reach for the axial position of the | carbon atom next door, which then will be on the down |
positional numbers are used to indicate which | carbon atom the substituent is attached to when such |
Each | carbon atom must have 4 bonds (either C-H or C-C bond |
The bridging methylene | carbon atom is pentacoordinated, with three two-elect |
nal representations of molecules, and with the | carbon atom smaller in size than the hydrogen. |
which must reduce the electron density on the | carbon atom bearing the lone pair, via induction thro |
nance contributors shown, in which the central | carbon atom has a ~50% partial negative charge while |
isothiocyanates act as electrophiles with the | carbon atom as the electrophilic center. |
In graphite, each | carbon atom uses only 3 of its 4 outer energy level e |
Most high-energy particles, beside displacing | carbon atom from the lattice site, also pass it enoug |
equivalent of water is produced, and for every | carbon atom in the compound 1 equivalent of carbon di |
tion 10 in the phenothiazines is replaced by a | carbon atom with a double bond to the side chain. |
olecule containing a triple bond within a four | carbon atom ring. |
ontaining one or more silicon atoms instead of | carbon atom in benzene. |
When the ipso | carbon atom is replaced by 13C in the precursor molec |
s were included implicitly by representing the | carbon atom and attached hydrogen atoms as a single g |
The | carbon atom is attached to other carbon or hydrogen a |
tallography shows that the aromatic bridgehead | carbon atom makes an angle of 20.5° with the plane. |
Replacement of the central | carbon atom with silicon produces Si-PETN, which is e |
Its molecule has a single | carbon atom bonded to four hydroxyl groups. |
ng of a 5-member ring of four nitrogen and one | carbon atom (plus hydrogens). |
group within a larger molecule that contains a | carbon atom bound to three oxygen atoms, one of which |
try to form names of organic compounds where a | carbon atom is replaced by a nitrogen atom. |
a [4,5,5,5]fenestrane was synthesized with one | carbon atom replaced by nitrogen because aza- compoun |
molecule the bonds extending from the central | carbon atom are shortened with bond lengths of 149 pi |
by the handedness of the bonds at a particular | carbon atom (number 5 in the standard steroid numberi |
The point of attack occurs at the tertiary | carbon atom present in every repeat unit, causing oxi |
enestrane with bond angles through the central | carbon atom of around 130° based on X-ray diffraction |
heir molecular structure a benzene ring with a | carbon atom replaced by a germanium atom. |
The carbonates consist of one central | carbon atom surrounded by three oxygen atoms and the |
A | carbon atom below a dislocation in iron, forming a Co |
However several derivatives substituted on the | carbon atom with bulky groups such as t-butyl or trim |
The | carbon atom at which the initial deprotonation takes |
iyl radical) - does acylation chemistry on the | carbon atom of the pyruvate carbonyl |
7-ylidene, which is norbornene with a carbenic | carbon atom at the bridge position. |
phate groups are attached in a chain to the 5' | carbon atom in the ring. |
ene analogs in chemistry are carbenes with the | carbon atom replaced by another chemical element. |
In the compound phosphorine one | carbon atom in benzene is replaced by phosphorus. |
The | carbon atom between the sulfur and nitrogen atoms on |
d from dihydrotestosterone by substituting 2nd | carbon atom for oxygen (O). |
Each | carbon atom contributes one electron to a delocalized |
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