「gases」の共起表現(1語右で並び替え)3ページ目

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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.
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.
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
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.
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
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.
up as the world's largest pure-play industrial	gases supplier.
sed to create vertical profiles of atmospheric	gases, temperature, pressure, and cloud ice.
Safety: Compressed	gases tend to expand at high velocities when decompr
s's law (the “law of volumes”), describing how	gases tend to expand when heated, is first published
the world's livestock produce more greenhouse	gases than all of the world's cars, planes, and ship
gas results in the release of more greenhouse	gases than conventional natural gas, and may lead to
the site contained methane and vinyl chloride	gases that were penetrating into the surrounding are
h in which mercury instead of water would trap	gases that were usually soluble in water.
h become his arms in robot mode emit corrosive	gases that can dissolve a 2-inch-thick (51 mm) slab
s, as a way to significantly reduce greenhouse	gases that come from transportation.
r day is a unit of measurement for liquids and	gases that is predominantly used in the United State
In the case of	gases, that never became liquid in absence of heat,
superior apparatus to collect and measure the	gases that evolved during alcohol fermentation.
Aerostatics is the study of	gases that are not in motion.
a forest releases large amounts of greenhouse	gases that may cancel out the benefits of replacing
The	gases that boiled off, in addition to nitrogen, oxyg
ulin's green color comes from a combination of	gases that make up its local atmosphere, primarily d
containing a volatile liquid and a mixture of	gases that is connected usually by a twisting glass
es, and even ongoing activity today, including	gases that sometimes well up from the earth.
ion tool to remove a portion of the greenhouse	gases that are being emitted into the atmosphere.
n people as they woke up in a cloud of noxious	gases that burned their lungs.
(LPG), compressed natural gas (CNG) and other	gases that extracted, processed or transported in hi
wer Plant produces large amounts of greenhouse	gases that contribute to climate change.
of device is important because there are many	gases that can be harmful to organic life, such as h
For mixtures of	gases, the letter y is recommended.
For ideal	gases, the molar volume is given by the ideal gas eq
In the transportation or detection of diatomic	gases, the gas binds to the heme iron.
ogens, the chalcogens, the halogens, the noble	gases, the inner transition metals and the transacti
fraction is zero; in pure fuel without trapped	gases, the ratio is unity.
Since heated fire	gases, the product of pyrolysis, rise to the ceiling
Especially in molecular	gases, the plasma chemistry in the afterglow is sign
During the detection of diatomic	gases, the binding of the gas ligand to the heme iro
"From Glasses to	Gases: The Science of Matter (Experiment!)
of use, at least in laboratories, because most	gases then became available in small gas cylinders.
e fields of: micro-gas analysis of atmospheric	gases, theory of ion exchange and chromatography, ra
process also emits large amounts of greenhouse	gases, though the smelter is hailed as being amongst
d draft fan to draw combustion air and exhaust	gases through the combustion chamber at 1/3 of the s
Higher plants eliminate	gases through the stomata, or pores, on the surface
radioactive nickel which caused the expanding	gases to glow very brightly for many months.
alkaline sorbents are used for scrubbing flue	gases to remove SO2.
This made it possible for combustion	gases to erode the O-rings.
ge liquid rockets, since forcing the fluids or	gases to flow by simple pressurizing of the tanks is
cockpit and thus exposed them to the volcanic	gases, to kill them by asphyxiation.
ause they condense the water vapor in the flue	gases to capture the latent heat of vaporization of
els, it produces less CO2 and other greenhouse	gases to burn the fossil fuel directly.
educed the transfer of heat from the hot smoke	gases to the water in the boiler, but also accelerat
rmined by the need to disperse combustion flue	gases to comply with governmental air pollution cont
he button, releasing clouds of disease-causing	gases toward each other.
re in the areas of kinetic theory of molecular	gases, transport phenomena in gases and liquids, and
is a mixture of hydrogen (H2) and oxygen (O2)	gases, typically in a 2:1 molar ratio, the same prop
analysis of various ways to control greenhouse	gases under the Clean Air Act, and transmitted the o
chlorine, all combine with hydrogen to produce	gases under standard conditions.
nawanui are trained for deep diving with mixed	gases, underwater demolition and unexploded ordnance
This output change is linear, for most	gases, up to and beyond 100% LEL, response time is a
ompound that can explosively release dangerous	gases upon contact with water and other reagents.
waste from the embryo, as well as to exchange	gases used by the embryo.
o also contributed to the production of combat	gases used by German troops during World War I.
oxide was reduced chemically and the resulting	gases used to spin a turbine at about 20,000 rpm, wh
the maximum total partial pressure of narcotic	gases used when planning for technical diving is 4.5
e that measures the concentrations of respired	gases using an infrared beam of light.
Because solubility of permanent	gases usually decreases with increasing temperature
n in the fire tubes of a boiler; there the hot	gases usually pass through tubes immersed in water,
Sorption (at the interface):	Gases, vapour or dissolved chemicals or suspended su
Sunrise Propane Industrial	Gases was a company that sold propane for commercial
In 2006 research into the reactivity of noble	gases was designated jointly by the American Chemica
ort investigating the mechanism of arsenic war	gases was deemed crucial in maintaining battlefield
ments to investigate atmospheric dispersion of	gases was carried out on the island.
If the	gases were flammable, they would explode, and increa
second explosion and the high levels of toxic	gases were too great for anyone to be able to surviv
Several	gases were isolated and identified for the first tim
i Toxic Substance Emergency Centre, said toxic	gases were released, including sulfurated hydrogen a
As the breech was opened for reloading, hot	gases were released into the turret, causing it to c
a complex method for producing low temperature	gases when they could be produced much more easily u
was not only strong but limited the release of	gases when the gun was discharged.
In mixtures of	gases where interactions between the different speci
meters is the mean free path (MFP) of residual	gases, which indicates the average distance that mol
The lower pie represents the trace	gases which together compose 0.039% of the atmospher
l shale is slowly converted into shale oil and	gases, which are then flow to the surface through re
This drives off	gases which can then be removed by a vacuum pump sys
ecomposes the wood which liberates hydrocarbon	gases which reduce the oxide impurity into the metal
uses the volatile compounds to be given off as	gases which are sent to a mass spectrometer for anal
e shape of its swirling cloud of dark dust and	gases, which is similar to that of a horse's head wh
either by the cylinder's coolant or by exhaust	gases while running; an external flame such as a blo
The two	gases will separate at low temperatures (<4 °C), whi
le product but a mix of various hydro-carbonic	gases with other gases, liquids and solid contaminan
Whereas WF6 gas is one of the heaviest	gases, with the density exceeding that of the heavie
ormer machine, it begins to replace the native	gases with oxygen and nitrogen, which will asphixiat
ltra-low field NMR measurements of liquids and	gases with short relaxation times."
comparing the vapor density of a collection of	gases with molecules containing one or more of the c
table for low refractive index radiators, i.e.	gases, with their larger radiator length needed to c
nticels, or pores, which allow the exchange of	gases with the atmosphere.
ed to discharge condensate and non condensable	gases with a negligible consumption or loss of live
It is called a trap because it keeps ascending	gases with high melting points in by freezing them t
a device which detects the presence of various	gases within an area, usually as part of a safety sy
rs had not been prevented from closing, deadly	gases would not have reached the building's occupied
called The Mathematical Theory of Non-Uniform	Gases, written by Chapman and Thomas Cowley and dedi

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