「gases」の共起表現(2語右で並び替え)

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共起表現

「gases」の共起表現一覧(2語右で並び替え)

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ues to combine emissions of various greenhouse	gases into a single weighted value of emissions.
Sunrise Propane Industrial	Gases was a company that sold propane for commercial
fitted with a cap that is designed to pull the	gases into a device to cool the gasses and remove pa
lorine and iodine are removed from the exhaust	gases by a halogen scrubber.
To process these wet	gases in a conventional cold-gas contact process (DC
heme, to mitigate both emissions of greenhouse	gases and a peak oil crisis.
at time and is still used to exhaust remaining	gases after a thorough recovery/scrubbing operation.
His design included cylinders for the	gases and a "Boyle's Bottle" to vaporize diethyl eth
ble limits, give the proportion of combustible	gases in a mixture, between which limits this mixtur
room filled with methane and hydrogen sulfide	gases during a sewage leak on 12 July 1997.
to reduce the turbulence caused by hot exhaust	gases and a cover that could be raised to allow the
is the fact that the intake charge and exhaust	gases have a more direct path into and out of the co
compounds, cracked gas oils, cycle oil, light	gases and a solid coke residue.
solutions can weakly dissolve certain kinds of	gases from a mixed gas stream.
over) is a stage of a structure fire when fire	gases in a room or other enclosed area ignite.
Plasma systems ionize a variety of source	gases in a vacuum system by using RF excitations.
is an engine that allows for the combustion of	gases in a vacuum or under pressure, eliminating the
king up and clearing away combustion byproduct	gases, including a large amount of water vapor which
ed to discharge condensate and non condensable	gases with a negligible consumption or loss of live
nce the mountain began spewing ash and searing	gases in a string of eruptions that began Tuesday.
ich is a pipe or channel for conveying exhaust	gases from a fireplace, oven, furnace, boiler or ste
Real	gases experience a temperature change during free ex
ains aloft using both buoyant lighter than air	gases and aerodynamic lift.
variations in the amount of radiatively active	gases and aerosols present.
Experimental studies on the exchange of trace	gases and aerosols between biosphere, atmosphere and
a device to demonstrate the buoyant effect of	gases like air; as shown in the pictures on the righ
the world's livestock produce more greenhouse	gases than all of the world's cars, planes, and ship
ts and products in the same phase - either all	gases or all solutions.
In this case,	gases are allowed to escape, but air is not able to
more than a century where the peculiar mix of	gases has allowed them to extend their lifespan.
By heating this mixture, the	gases are allowed to come into contact with a piece
&D targets the creation of not only industrial	gases, but also gases that are used in products such
dumps (formed by condensation of coal-derived	gases), but also on some volcanoes.
	Gases can also be maintained safely at concentration
Once released,	gases almost always are less dense than the surround
atmosphere was a mix of noxious and poisonous	gases (Methane, Ammonia, Sulphur compounds, etc.- a
on (Boris Karloff) experiments with anesthetic	gases in an effort to make surgery pain-free.
so finds use in filtration of high-temperature	gases, as an electrode with high surface area and im
on energy output of different composition fuel	gases in an appliance (fire, cooker etc.).
e that measures the concentrations of respired	gases using an infrared beam of light.
a device which detects the presence of various	gases within an area, usually as part of a safety sy
termine the properties of the newly discovered	gases argon and helium.
Filde's anaerobic jar where one needs to pump	gases in and out.
fied natural gas (LNG) and liquefied petroleum	gases (propane and butane).
ot certain, however, as the technical term for	gases (air and others) among German miners is Wetter
eals with the study of all mechanical waves in	gases, liquids, and solids.
properties of substances and their mixtures in	gases, plasmas and also of heterogeneous processes.
earch interests included chemical reactions in	gases, photochemistry and spectroscopy.
The	gases involved are typically delivered in high press
l shale is slowly converted into shale oil and	gases, which are then flow to the surface through re
Aerostatics is the study of	gases that are not in motion.
uses the volatile compounds to be given off as	gases which are sent to a mass spectrometer for anal
compressor systems requiring standby or purge	gases capability are pressure controlled by the shut
ion tool to remove a portion of the greenhouse	gases that are being emitted into the atmosphere.
e by-products are small quantities of harmless	gases such as carbon dioxide, and water vapor with t
such as light intensity and concentrations of	gases such as water vapor, carbon dioxide, and ozone
Noble	gases such as argon are used not just because of the
Because of its length and gradient,	gases such as carbon dioxide and carbon monoxide cou
To dispel other dissolved	gases such as carbon dioxide or chlorine
This outer shell appears to contain molecular	gases such as CO, H2O and SiO.
However, condensible	gases, such as water vapour, ammonia, carbon dioxide
y intercellular spaces to allow the passage of	gases, such as the intake of carbon dioxide for phot
aused by farm animals' emissions of greenhouse	gases such as methane), and which would have been us
inally air, although in modern versions, other	gases such as helium or hydrogen may be used.
ronment are described as exogenous and include	gases (such as carbon monoxide), metals (such as mer
It is also free to exchange dissolved	gases such as O2 and CO2 with the atmosphere.
ng neither directly emits nor traps greenhouse	gases such as carbon dioxide.
Each episode thus releases volcanic	gases, sometimes as frequently as a few minutes apar
ryogenic fuels most often constitute liquefied	gases such as liquid hydrogen.
He also studied the effects of rare	gases such as helium on animal life.
method is fairly accurate for non-condensible	gases, such as oxygen and nitrogen.
	Gases such as argon and oxygen, as well as mixtures
ect for neutral particles exists in polyatomic	gases (known as the Senftleben-Beenakker effect).
stem, in order to remove heavy metals and acid	gases such as sulphur dioxide, hydrogen chloride and
tegrated concentration of selected atmospheric	gases, such as water vapour, ozone, etc.
d to conduct anions while being impermeable to	gases such as oxygen or hydrogen.
n with the overall goal of reducing greenhouse	gases such as carbon dioxide produced while still co
Inert and lighter	gases, such as He and H2 do not effectively induce s
as meter is used to measure the volume of fuel	gases such as natural gas and propane.
xperiments on inelastic electron collisions in	gases, known as the Franck-Hertz experiments, and fo
riestley is credited with discovering many new	gases such as oxygen, hydrogen chloride, and ammonia
xpanders which are used in the liquefaction of	gases such as liquid hydrogen
Incandescent lamps are often filled with noble	gases such as argon in order to preserve the filamen
e actively or passively, and can take place in	gases (such as the atmosphere), liquids (such as wat
hazards include the possible buildup of toxic	gases such as carbon monoxide within the structure d
lso at 100 °F), as it excludes dissolved fixed	gases such as air.
If the	gases are at sufficiently low pressure that they beh
It was built in order to spread the exhaust	gases far away from the area of the Kennecott smelte
Use of these	gases can be very dangerous due to the low temperatu
of use, at least in laboratories, because most	gases then became available in small gas cylinders.
During the detection of diatomic	gases, the binding of the gas ligand to the heme iro
The	gases that boiled off, in addition to nitrogen, oxyg
control of temperatures and flow rates of the	gases as both the conversion efficiency and absorpti
ris flows,' which may consist of clouds of hot	gases and both melted and solid rock fragments that
al diving the richness of individual component	gases of breathing gases is expressed by partial pre
quotes Aristotle/Meno: "Hippocrates says that	gases (phusai, breaths, flatus) are the causes of di
le largest private-sector source of greenhouse	gases in British Columbia.
o pulsed laser deposition and inert sputtering	gases are built into the growing film as impurities.
Half a year to a year later,	gases have built up sufficiently for the once cylind
els, it produces less CO2 and other greenhouse	gases to burn the fossil fuel directly.
n people as they woke up in a cloud of noxious	gases that burned their lungs.
current emphasis on removing CO2 from the flue	gases emitted by fossil fuel power plants has led to
he dangers of global warming due to greenhouse	gases emitted by human burning of fossil fuels.
waste from the embryo, as well as to exchange	gases used by the embryo.
osian as a means of simulating quantum lattice	gases, motivated by the use of "classical" cellular
s designed to reduce the release of greenhouse	gases produced by landfills through the use of alter
o also contributed to the production of combat	gases used by German troops during World War I.
result of mixing dissimilar element sets (the	gases), multiplied by the temperature (T) is equal t
om the fecal matter to spread disease, and the	gases produced by the decomposing waste are redirect
called The Mathematical Theory of Non-Uniform	Gases, written by Chapman and Thomas Cowley and dedi
ale, are the result of the build-up of natural	gases created by methane-producing bacteria inside t
production of chemical solvents from refinery	gases in California during the early 1930s while in
are urban legends of thieves spraying sleeping	gases on campers, or in train compartments in some p
h become his arms in robot mode emit corrosive	gases that can dissolve a 2-inch-thick (51 mm) slab
This drives off	gases which can then be removed by a vacuum pump sys
The top where	gases escape can be open or fitted with a cap to pre
of device is important because there are many	gases that can be harmful to organic life, such as h
ause they condense the water vapor in the flue	gases to capture the latent heat of vaporization of
micals, polyurethane intermediates, industrial	gases and carbon products.
	Gases, mostly carbon dioxide and traces of hydrocarb
Upon decomposition, it can form harmful	gases like carbon monoxide and dioxide.
ce, and it is accompanied by the production of	gases, primarily carbon dioxide and methane.
ments to investigate atmospheric dispersion of	gases was carried out on the island.
signed the problem of how to deal with exhaust	gases in carrier operations had not been resolved.
tions including the transportation of diatomic	gases, chemical catalysis, diatomic gas detection, a
nufacturing facility as well, producing lethal	gases and chemical compounds installed in artillery
orporation whose principal business is selling	gases and chemicals for industrial uses.
ses when heated above 225 °C and creates toxic	gases including chlorine and nitrogen oxides.
notable were “Transport Properties of Ions in	Gases,” "Atomic Collisions: Electron and Photon Proj
electric power plants because the output flue	gases from combustion in oxygen as opposed to air ha
ch the water surrounds the heat source and the	gases from combustion pass through tubes through the
s, as a way to significantly reduce greenhouse	gases that come from transportation.
a net reduction in emissions of global warming	gases as compared to natural decay and no nutrients
rmined by the need to disperse combustion flue	gases to comply with governmental air pollution cont
st effective solutions for limiting Greenhouse	Gases (GHG) concentration in the atmosphere for coun
n condenser vacuum by removing non-condensible	gases from condenser.
composition (absorption bands) of the evolved	gases (bonding conditions).
rtance since many experimental studies of Bose	gases are conducted in such harmonic traps.
-depleted argon procured from underground well	gases is considered.
ompound that can explosively release dangerous	gases upon contact with water and other reagents.
wer Plant produces large amounts of greenhouse	gases that contribute to climate change.
gas results in the release of more greenhouse	gases than conventional natural gas, and may lead to
The combustion	gases are cooled to the converter inlet temperature
spots of vacuum arcs, volumetric discharges in	gases, pseudosparks, coronas, unipolar arcs, etc.
e forced reductions in emissions of greenhouse	gases and created a mandatory emissions trading sche
s primarily with collections of atoms, such as	gases, molecules, crystals, and metals.
Only two other such	gases are currently known to act as signaling molecu
Because solubility of permanent	gases usually decreases with increasing temperature
ort investigating the mechanism of arsenic war	gases was deemed crucial in maintaining battlefield
nawanui are trained for deep diving with mixed	gases, underwater demolition and unexploded ordnance
ed approximately by measuring the viscosity of	gases and density of pure crystalline solids.
In 2006 research into the reactivity of noble	gases was designated jointly by the American Chemica
Different	gases give different colours.
portant work to the electrical conductivity of	gases ("Townsend discharge" circa 1897).
ch produces a conductive path when the exhaust	gases are discharged from the rocket that is expelle
As	gases can dissolve in liquids, especially under any
of benefit, locusts do not produce greenhouse	gases and do not require antibiotics.
itish physicist who worked on the viscosity of	gases, molecular dynamics, optics, acoustics and geo
he button, releasing clouds of disease-causing	gases toward each other.
s time was on discharge of electricity through	gases, including early work on x-rays and electrons.
contributed to the transfer of nitrogen trace	gases from Earth to the atmosphere, and from the lan
Dissolved	gases escape easily as the magma erupts, forming lav
The	gases are either treated or vented into the atmosphe
half of New Zealand's emissions of greenhouse	gases from electricity generation, has repeatedly dr
ysics, in particular, electrical conduction in	gases and electromagnetic radiation.
moist air, sea water and corrosive liquids and	gases cause environmental stress fracture.
ourse of this work, he discovered that not all	gases expand equally when heated and that Boyle's La
This made it possible for combustion	gases to erode the O-rings.
be sealed against blow-by to prevent cylinder	gases from escaping into the crankcase.
griculture is ~15% of anthropogenic greenhouse	gases, as estimated by the IPCC.
ave caused the cork to given off the flammable	gases and eventually ignited the cordite charges.
hod of and Apparatus for Contacting Solids and	Gases, and eventually transformed the way petroleum
superior apparatus to collect and measure the	gases that evolved during alcohol fermentation.
Diatomic	gases, for example, possess (approximately) five deg
The stomata is the way in which these	gases are exchanged, as well as the transpiration of
lectron impact excitation in each of the noble	gases, dissociative excitation transfer in the neon-
When the flue	gases are exhausted from stoves, ovens, fireplaces,
When the fuel is ignited from the bottom, hot	gases are expelled downwards, propelling the rocket
y nature protection officials to swell up with	gases and explode, propelling their innards for dist
ury, alteration of oxidation fates for organic	gases, and export of bromine into the free troposphe
Enskog helped develop the kinetic theory of	gases by extending the Maxwell-Boltzmann equations.
(LPG), compressed natural gas (CNG) and other	gases that extracted, processed or transported in hi
hed over 40 research papers on lasers, ionised	gases and fast switching, and was co-author of Laser
al world reductions in emissions of greenhouse	gases in fifteen years."
If the	gases were flammable, they would explode, and increa
anels, slow the passage of fire and combustion	gases between floors.
ge liquid rockets, since forcing the fluids or	gases to flow by simple pressurizing of the tanks is
ome plumbing installations for the delivery of	gases or fluids under pressure have a threaded secti
ating the Buxton Waters with its own and other	Gases, and for composing Artificial Buxton Water, J.
Most nonmetals are monatomic noble	gases or form diatomic molecules in their elemental
"Subsidies and Emissions of Greenhouse	Gases from Fossil Fuels".
erals and meteorites in the search for further	gases, but found none.
d slag phases tapped from the bottom, and flue	gases exiting from the top of the furnace.
Under vacuum conditions these	gases escape from liquid metal to the vacuum chamber
hores (aerial roots) allow mangroves to absorb	gases directly from the atmosphere, and other nutrie
Typical detonation velocities in	gases range from 1800 m/s to 3000 m/s.
es involved with all aspects of the industrial	gases business from production through to distributi
class, with angled funnels to direct smoke and	gases away from the flight deck.
arming associated with increases in greenhouse	gases originating from human activity is called the
imney, to provide a space in which the exhaust	gases emerging from the boiler tubes can mix with th

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共起表現

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「gases」の共起表現一覧(2語右で並び替え)