「CO 2」の共起表現(1語右で並び替え) - Weblio英語共起表現検索

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共起表現

「CO 2」の共起表現一覧(1語右で並び替え)

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intracellular pH (the Bohr effect), and second,	CO2 accumulation causes carbamino compounds to be g
However, this isn't the overriding effect of	CO2 accumulation.
ater containing carbon dioxide (including extra	CO2 acquired from soil organisms) passes through li
tic diameter of several gas molecules, and high	CO2 adsorption capacity.
ility to selectively remove either H2S alone or	CO2 alone if desired.
l compensate by increasing breathing, expelling	CO2, and shifting the above reaction to the right s
roquercetin, trans-dihydroquercetin, succinate,	CO2, and H2O.
d during growth is released slowly over time as	CO2 and methane and nutrients are returned to the s
2, whereas its 3 products are acetyl phosphate,	CO2, and H2O2.
oducts are deacetoxycephalosporin C, succinate,	CO2, and H2O.
ereas its 3 products are 4-hydroxybenzaldehyde,	CO2, and H2O2.
its 3 products are oxidized Renilla luciferin,	CO2, and hn.
erived from the combustion air, carbon dioxide (	CO2) and water vapor as well as excess oxygen (also
are from a variety of years (mainly 1987, with	CO2 and methane from 2009) and do not represent any
ereas its 3 products are 3,4-dihydroxybenzoate,	CO2, and NADH.
cold finger cooled to -89°C with dry ice (solid	CO2), and the final fraction is collected under liq
ereas its 3 products are (indol-3-yl)acetamide,	CO2, and H2O.
1, and H2O, whereas its 3 products are acetate,	CO2, and ferrocytochrome b1.
n, the first two members being carbon dioxide (	CO2) and carbon suboxide (C3O2).
NADP+, whereas its 3 products are succinyl-CoA,	CO2, and NADPH.
reas its 3 products are D-ribulose 5-phosphate,	CO2, and NADPH.
H2O, whereas its 3 products are benzyl alcohol,	CO2, and L-leucine.
oxin, whereas its 3 products are propanoyl-CoA,	CO2, and reduced ferredoxin.
proposed industrial practice is the capture of	CO2 and injecting it underground for storage in a p
in the O-atom exchange between carbon dioxide (	CO2) and oxygen (O2) at high temperatures.
s its 3 products are S-(2-methylpropanoyl)-CoA,	CO2, and reduced ferredoxin.
ereas its 3 products are 3,4-dihydroxybenzoate,	CO2, and NADH.
ts 3 products are oxidized Cypridina luciferin,	CO2, and hn.
Eventually the dissolved	CO2 and the CO2 in the headspace above the liquid r
ate and O2, whereas its 3 products are acetate,	CO2, and H2O.
help to reduce the emissions of carbon dioxide (	CO2) and make the economy less dependent on fossil
its 3 products are S-2-(indol-3-yl)acetyl-CoA,	CO2, and reduced ferredoxin.
It is closely related to CO,	CO2 and C3O2, and other oxocarbons.
oducts are ethylene, cyanide, dehydroascorbate,	CO2, and H2O.
xed acid fermentation, and butanediol, ethanol,	CO2 and H2 are the end products.
H2O, whereas its 3 products are benzyl alcohol,	CO2, and glycine.
, whereas its 3 products are 2-phenylacetamide,	CO2, and H2O.
its 4 products are long-chain fatty acid, CoA,	CO2, and NADP+.
ns proceed via disproportionation of CO to give	CO2 and carbon.
whereas its 4 products are flavonol, succinate,	CO2, and H2O.
To achieve the	CO2 and emissions reduction as well as improved fue
methane (CH4), carbon dioxide (	CO2) and carbon monoxide (CO), are a serious public
and H2O, whereas its 3 products are sarcosine,	CO2, and NH3.
rs are biodegradable: they are broken down into	CO2 and water by microorganisms.
and H2O, whereas its 3 products are putrescine,	CO2, and NH3.
nd H2O, whereas its 3 products are L-ornithine,	CO2, and NH3.
rbonic anhydrase, speeds the interconversion of	CO2 and carbonic acid.
stable, albeit much less so than its relatives	CO2 and C3O2.
ereas its 3 products are 4-guanidinobutanamide,	CO2, and H2O.
idized ferredoxin, whereas its two products are	CO2 and reduced ferredoxin.
d H2O, whereas its 3 products are beta-alanine,	CO2, and NH3.
	CO2 and H2S bulk removal
ts 3 products are oxidized Watasenia luciferin,	CO2, and hn.
gs, where it converts the bicarbonate back into	CO2 and allows it to be expelled.
its 3 products are (indol-3-yl)glycolaldehyde,	CO2, and NH3.
ereas its 3 products are 2-methylpropanoyl-CoA,	CO2, and NADH.
e magnitude of the ocean sink for anthropogenic	CO2, and is important for studies of phenomena such
whereas its 4 products are flavone, succinate,	CO2, and H2O.
ne and H2O, whereas its 3 products are ethanol,	CO2, and NH3.
H2O2, whereas its 3 products are pentadecanal,	CO2, and H2O.
rning, this gas is converted to heat, water and	CO2, and according to the IPCC Third Assessment Rep
While equal amounts of	CO2 and H2 are created during mixed acid fermentati
elemental sulfur, while H2 (in the presence of	CO2) and carboxylic acids can be utilized as electr
tion the soot would break down into almost pure	CO2 and H2O; it is only in incomplete combustion th
xide and Global Change, Center for the Study of	CO2 and Climate Change.
3-oxooctadec-13-enoyl-[acyl-carrier-protein]]],	CO2, and acyl-carrier-protein.
serum because the equilibrium shifts to replace	CO2, and consequently bicarbonate in the red blood
ducts are [[3-oxoacyl-[acyl-carrier-protein]]],	CO2, and acyl-carrier-protein.
alate, O2, and H+, whereas its two products are	CO2 and H2O2.
r is due to its highly expansive breakdown into	CO2 and N2, as well as to the presence of strained
trans-dihydroquercetin (taxifolin), succinate,	CO2, and H2O.
ed by massive volcanic eruptions, which emitted	CO2 and methane into the atmosphere, which warmed t
r such as carbon monoxide (CO), carbon dioxide (	CO2) and nitrogen (N2) are also possible.
on dioxide pumps that require that the incoming	CO2 and pump heads be kept cold in order to maintai
eas its 3 products are 4-hydroxyphenylpyruvate,	CO2, and NADH.
rboxylate and H2O, whereas its two products are	CO2 and NH3.
discharge by reactions between carbon dioxide (	CO2) and the atomic oxygen (O) created from molecul
eas its 3 products are 4-hydroxyphenylpyruvate,	CO2, and NADPH.
Long-term storage of	CO2 and other areas of application
es, which are intermediate in character between	CO2 and allene.
om combustion of fossil fuels, it produces less	CO2 and other greenhouse gases to burn the fossil f
A, whereas its 3 products are hydrogen cyanide,	CO2, and AH2.
re transforms organic materials into simple CO,	CO2 and H2 gases.
oducts are multi-methyl-branched acyl-CoA, CoA,	CO2, and NADP+.
will sequester only 7 million metric tonnes of	CO2 annually by 2020- representing less than 1% of
Both Erbium and	CO2 are used to treat deep rhytides, sun damage and
Net reductions of approximately 74,000 tons of	CO2 are available using 10% biofuels.
he overall reaction, as the byproducts MeCl and	CO2 are lost as gases.
ernational project where physical quantities of	CO2 are being sold commercially for enhanced oil re
lent amount or concentration of carbon dioxide (	CO2) as the reference.
arge amounts of Green House Gases, most notably	CO2 as a consequence of human activities such as tr
ustion chamber, supersonic expansion nozzle and	CO2 as an active laser medium in mixture with nitro
tion is used for the removal of carbon dioxide (	CO2) as the final step in the large-scale commercia
Enegreen absorbs as much	CO2 as a forest with an area 130-times larger than
rganic electron donor (e.g., H2O, H2, H2S), and	CO2 as its carbon source.
It is used to convert CO into	CO2 at room temperature.
The strong sink of	CO2 at temperate latitudes reported by Tsunogai et
at a 37 degrees Celsius temperature and a 5-10%	CO2 atmosphere.
The 4 substrates of this enzyme are acetone,	CO2, ATP, and H2O, whereas its 3 products are aceto
Pumping pure	CO2 back into the bottle would raise that partial p
The carbon dioxide (	CO2) balance is even, because wood briquettes relea
consumer to still be fermenting (as a result of	CO2 being produced).
The simplest way to build a	CO2 bomb is to fine tune the CO2 tank from an Airso
be a false alarm, the crew decided to discharge	CO2 bottles into the forward cargo hold, to try to
pressure relief valves prior to discharging the	CO2 bottles, to allow for venting of the CO2 gas bu
Gases are mainly	CO2, but to less extent nitrogen (N2), methane (CH4
MJ/kg of	CO2 but methane produces 20.05-20.30
e Kyoto Protocol which commits the EU to reduce	CO2 by 8% by 2010, to 5.2% below 1990 levels.
ng system is especially key, as carbon dioxide (	CO2) can be shifted through carbonic acid (H2CO3) t
Excessive	CO2 can also inhibit the carbon fixation reaction c
The	CO2 can be sequestered successfully by several meth
Further increases in	CO2 can, to a very small degree, continue to increa
y are now under active research as a method for	CO2 capture for long-term storage as a means of gre
Collection of recent news articles on	CO2 capture and storage
The amount of	CO2 captured averaged 60-65% of the carbonaceous CO
esentative agents: Argonite / IG-55 (ProInert),	CO2 carbon dioxide, IG-541 Inergen, and IG-100 (NN1
d from 2007 used for the UK Government's Act on	CO2 Carbon Calculator, as part of a campaign agains
oxygen (H2O) and carbon (in the carbon dioxide (	CO2) carbonation), contains at least the following
For example: scuba tanks,	CO2 cartridges, and oxyacetylene tanks.
(Under normal pressure	CO2 changes directly from a solid to a gas in a pro
"High Temperature Capture of	CO2: Characteristics of the Reversible Reaction Bet
d H+, whereas its 6 products are icosanoyl-CoA,	CO2, CoA, NAD+, NADP+, and H2O.
in lungs; low	CO2 concentration
diurnal variations of near-surface atmospheric	CO2 concentration within a residential sector of th
instrument used to measure the carbon dioxide (	CO2) concentration in an air sample.
The latest observation of	CO2 concentrations from MLO can be found at web sit
tion: are the perturbations seen in atmospheric	CO2 concentrations forced by the vigour of the deep
most studies looking at the effect of elevated	CO2 concentrations have been conducted in labs and
potential to be a short-term solution to lower	CO2 concentrations in the atmosphere.
	CO2 content (also known as "Total CO2") is a blood
Most of the	CO2 content (80-90%) is transported as bicarbonate
Only about 5-10% of the total	CO2 content of blood is transported as carbamino co
Hence, the elevated	CO2 content creates a respiratory acidosis and shif
boron isotopes are key indicators of the pH and	CO2 content of oceans in the geologic past.
ll not be able to hold the tiny pockets of gas (	CO2) created by the leavening agent (such as yeast
is formed from water, H2O, and carbon dioxide,	CO2, dissolved in the water.
timated a climate sensitivity of 2 to 4.5°C for	CO2 doubling, a CO2 rise of 37% since pre-industria
These plants fix carbon dioxide (	CO2) during the night, storing it as the four-carbo
The LNG plant will emit 920,000 tonnes of	CO2 each year, an increase of Norway's total CO2 em
national committee decided to forcefully reduce	CO2 emission levels to mitigate the global warming
It is a zero	CO2 emission building showing a new model of green
campaign resulted in a 460,000-ton reduction in	CO2 emission, the equivalent volume of CO2 emitted
g in an estimated 1.14 million-ton reduction in	CO2 emission, the equivalent to the CO2 emissions b
ion liters of fuel, 455 thousand metric tons of	CO2 emissions and approximately U.S. $5 billion in
the unavoidable industrial contributors of the	CO2 emissions in the world (see greenhouse gases).
n by the UK government to further curb Europe's	CO2 emissions and engage other countries to do so.
In particular, it reduces	CO2 emissions by around 35% compared to petrol.
SO2 emissions, 35% of NOx emissions, and 7% of	CO2 emissions in Oregon.
CARMA uses a statistical model that predicts	CO2 emissions given the size, age, fuel type, estim
To reduce	CO2 emissions the company plans to introduce the ca
ate Exchange, a leading marketplace for trading	CO2 emissions in Europe.
gy crops are expected to contribute to reducing	CO2 emissions and strengthen the grid while providi
corporations the opportunity to decrease their	CO2 emissions by purchasing renewable energy.
according to the IPCC's worst-case scenario, as	CO2 emissions reach 500ppm in the 21 st century.
trong winds etc., increasing the probability of	CO2 emissions and hence carbon loss from these syst
62 mph) acceleration is 7.9 seconds and average	CO2 emissions are given as 92 g/km.
RE offices aim to reduce energy consumption and	CO2 emissions by 30% from current best practice gui
This graph illustrates the potential rise in	CO2 emissions if base-load electricity currently pr
During the renovation energy demand and	CO2 emissions were reduced.
e arm of Google, created with the aim to reduce	CO2 emissions, cut oil use, and stabilize the elect
mpaign for Better Transport is aiming to reduce	CO2 emissions, pollution and cars on the roads.
anish homes, which could save 500,000 tonnes of	CO2 emissions.
is built and to help mitigate the increases in	CO2 emissions.
ised for wasting green open space and increased	CO2 emissions.
e library's "green credentials" by lowering its	CO2 emissions.
el is cost effective without the need to reduce	CO2 emissions.
2006	CO2 Emissions: 1,186,544 tons
2006	CO2 Emissions: 3,978,892 tons
2006	CO2 Emissions: 10,089,535 tons
2006	CO2 Emissions: 1,931,758 tons
2006	CO2 Emissions: 10,527,302 tons
2006	CO2 Emissions: 4,107,397 tons
2006	CO2 Emissions: 12,933,318 tons
2006	CO2 Emissions: 4,671,336 tons
	CO2 Emissions: 468,036 tons (2005)
be significant though, and may indirectly cause	CO2 emissions; in slagging and plasma gasification,
The hot	CO2 emits much energy in its resonance frequency of
Drax power station is the largest	CO2 emitter in the UK
ith 200-250 hens per load being placed inside a	CO2 enriched chamber.
between 1m and 30m in diameter, and these emit	CO2 enriched air around the plants.
This consists of four free-air	CO2 enrichment plots which provide higher levels of
The cultivated mushrooms are grown in a high	CO2 environment to produce long thin stems, whereas
s with higher concentrations of carbon dioxide (	CO2), especially in arid conditions which make up 2
nal and modelling of anthropogenic emissions of	CO2 estimates suggest that the ocean is currently r
N2, O2, Ar,	CO2, etc.) the H3O+ ions only reacts with VOC trace
tions, it quickly decomposes to carbon dioxide (	CO2) even at 180 K (−93 °C), but can be detected by
The supercritical fluid	CO2 extracts the aromatics from the plant material.
n's Law) does not raise the partial pressure of	CO2 far above 0.0003 atmospheres, since only part o
ferricytochrome b1, whereas its 3 products are	CO2, ferrocytochrome b1, and H+.
Fire detection and	CO2 fire fighting systems for the Gas Turbine housi
chlorophyllin conjugate under the illumination,	CO2 fixation was accomplished by the synthesis of m
id metabolism, and reductive carboxylate cycle (	CO2 fixation).
le (tca cycle) and reductive carboxylate cycle (	co2 fixation).
te metabolism, and reductive carboxylate cycle (	CO2 fixation).
sly reducing the level of oxygen at the site of	CO2 fixation.
Based on their measurements of the	CO2 flux over the East China Sea (35 g C m−2 y−1),
into the bundle sheath cells where it releases	CO2 for fixation by RuBisCO.
ch would imply a faster increase in atmospheric	CO2 for a given rate of human fossil-fuel burning.
, Hans; Chaikoff, I.L. (1955), "Lipogenesis and	CO2 Formation from Acetate in the Liver of the Hypo
gone on to show that the same can be done with	CO2, forming a CO2 hydrate, which will store three

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共起表現