「gases」の共起表現(1語左で並び替え)

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「gases」の共起表現一覧(1語左で並び替え)

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nvolved and the new information obtained about	gases, including the Earth's atmosphere.
hores (aerial roots) allow mangroves to absorb	gases directly from the atmosphere, and other nutrie
The rich solvent containing the acid	gases is then let down in pressure and/or steam stri
al purification is usually the removal of acid	gases (hydrogen sulfide and carbon dioxide).
stem, in order to remove heavy metals and acid	gases such as sulphur dioxide, hydrogen chloride and
e Selexol solvent dissolves (absorbs) the acid	gases from the feed gas at relatively high pressure,
ission requirements for particulate, SO2, acid	gases and heavy metals.
that rely on a chemical reaction with the acid	gases.
old MEA solution, and thus keeping such acidic	gases dissolved in this gas-scrubbing solution.
r is removed with phosphorus pentoxide, acidic	gases by potassium or sodium hydroxide, and organic
variations in the amount of radiatively active	gases and aerosols present.
hat readily forms stable compounds with active	gases.
h's radiation budget and stratospheric aerosol	gases.
ains aloft using both buoyant lighter than air	gases and aerodynamic lift.
ourse of this work, he discovered that not all	gases expand equally when heated and that Boyle's La
ts and products in the same phase - either all	gases or all solutions.
He had further developed the view that all	gases and liquids were absolute non-conductors of he
later from burns and inhalation of flames and	gases.
l shale is slowly converted into shale oil and	gases, which are then flow to the surface through re
ltra-low field NMR measurements of liquids and	gases with short relaxation times."
r day is a unit of measurement for liquids and	gases that is predominantly used in the United State
moist air, sea water and corrosive liquids and	gases cause environmental stress fracture.
tect atoms, molecules, and ions in liquids and	gases.
ind it was Dr Cue, a developer of diseases and	gases.
class, with angled funnels to direct smoke and	gases away from the flight deck.
rs propagates through many solids, liquids and	gases.
to measure and control the flow of fluids and	gases.
, nuclear and chemical agents; toxic fumes and	gases; food poisoning; statistics related to poisoni
hod of and Apparatus for Contacting Solids and	Gases, and eventually transformed the way petroleum
e shape of its swirling cloud of dark dust and	gases, which is similar to that of a horse's head wh
remove contaminants and odors from liquids and	gases.
nversion that day added to the heat, smoke and	gases being held down by the huge layer of cool air
inhaling harmful dusts, fumes, vapors, and/or	gases.
on (Boris Karloff) experiments with anesthetic	gases in an effort to make surgery pain-free.
s primarily with collections of atoms, such as	gases, molecules, crystals, and metals.
uses the volatile compounds to be given off as	gases which are sent to a mass spectrometer for anal
on, as the byproducts MeCl and CO2 are lost as	gases.
As	gases can dissolve in liquids, especially under any
It is called a trap because it keeps ascending	gases with high melting points in by freezing them t
shield it from contamination with atmospheric	gases.
ants synthesize carbohydrates from atmospheric	gases by photosynthesis storing the absorbed energy
sed to create vertical profiles of atmospheric	gases, temperature, pressure, and cloud ice.
tegrated concentration of selected atmospheric	gases, such as water vapour, ozone, etc.
Sewer gas is typically denser than atmospheric	gases and may accumulate in basements, but may event
e fields of: micro-gas analysis of atmospheric	gases, theory of ion exchange and chromatography, ra
tilation, and it is not a substitute for blood	gases checked in a laboratory because it gives no in
The 1999 BOC	Gases Australian Super Touring Car Championship was
Research Park including AMI Semiconductor, BOC	Gases, Detica, ID Business Solutions, Infonic, JD Po
was promoted by TOCA Australia as the 1998 BOC	Gases Australian Super Touring Championship.
er sixteen races, was promoted as the 1997 BOC	Gases Australian Super Touring Championship.
rtance since many experimental studies of Bose	gases are conducted in such harmonic traps.
Oxygen is one of the more expensive bottled	gases.
ce masks that supply oxygen or other breathing	gases are used by divers and astronauts to remove ni
Nitrogen narcosis is a problem when breathing	gases at high pressure.
portant thing is this: In a boiler the burning	gases heat the water to produce steam to drive an en
king up and clearing away combustion byproduct	gases, including a large amount of water vapor which
ng that power lines can attract cancer-causing	gases like radon has heightened concerns.
In this case,	gases are allowed to escape, but air is not able to
This could cause	gases in the atmosphere, like water and carbon dioxi
thods of delivery and distribution of chemical	gases.
the site contained methane and vinyl chloride	gases that were penetrating into the surrounding are
y the generation of both hydrogen and chlorine	gases.
When clearing	gases, an often used and mostly working method for c
effective method for reducing climate-changing	gases in the atmosphere.
dumps (formed by condensation of coal-derived	gases), but also on some volcanoes.
t of the pneumatic trough, used for collecting	gases generated in laboratory experiments.
o also contributed to the production of combat	gases used by German troops during World War I.
Combustible	gases burn in the presence of the hot wire, thus inc
ble limits, give the proportion of combustible	gases in a mixture, between which limits this mixtur
urning-rate data for more than 200 combustible	gases and vapors in air and other oxidants, as well
ste such as wood, dung or hay into combustible	gases containing methane, carbon monoxide and hydrog
h is used to measure the amount of combustible	gases present in a sample.
The combustion	gases are cooled to the converter inlet temperature
This made it possible for combustion	gases to erode the O-rings.
tion chamber and ignited by the hot combustion	gases of the previous cycle.
t, and instead of directing the hot combustion	gases out of the back of the engine, they now hit th
anels, slow the passage of fire and combustion	gases between floors.
establishing the nature of the ions in common	gases, and to the construction and use of a Cockcrof
al diving the richness of individual component	gases of breathing gases is expressed by partial pre
owland theorized that manmade organic compound	gases combine with solar radiation and decompose in
Safety: Compressed	gases tend to expand at high velocities when decompr
The British Compressed	Gases Association is the UK's trade association for
Cornelius Drebbel makes discoveries concerning	gases.
ed to discharge condensate and non condensable	gases with a negligible consumption or loss of live
However, condensible	gases, such as water vapour, ammonia, carbon dioxide
h become his arms in robot mode emit corrosive	gases that can dissolve a 2-inch-thick (51 mm) slab
fer from interference or damage from corrosive	gases, liquids or solids, or an analyzer that will r
ustion cycle is that all of the engine cycles'	gases and heat go through the combustion chamber, an
be sealed against blow-by to prevent cylinder	gases from escaping into the crankcase.
ompound that can explosively release dangerous	gases upon contact with water and other reagents.
teams developing chlorine gas and other deadly	gases for use in trench warfare, Haber was on hand p
rs had not been prevented from closing, deadly	gases would not have reached the building's occupied
In the transportation or detection of diatomic	gases, the gas binds to the heme iron.
Diatomic	gases, for example, possess (approximately) five deg
tions including the transportation of diatomic	gases, chemical catalysis, diatomic gas detection, a
During the detection of diatomic	gases, the binding of the gas ligand to the heme iro
The fact that the different	gases have mixed does not yield a detectable change
d 5 balloons to the same volume with different	gases.
sh data on isotherms for a number of different	gases between 1879 and 1882, and invented the hydrau
that the detector's response to many different	gases and vapours is relatively uniform when express
Suppose that the two different	gases are separated by a partition, but that we cann
Different	gases give different colours.
order to lower the emission of sulfur dioxide	gases into the atmosphere.
termine the properties of the newly discovered	gases argon and helium.
he button, releasing clouds of disease-causing	gases toward each other.
To dispel other dissolved	gases such as carbon dioxide or chlorine
rted using water processed to remove dissolved	gases.
It is also free to exchange dissolved	gases such as O2 and CO2 with the atmosphere.
Dissolved	gases escape easily as the magma erupts, forming lav
s of crude oil are petrol, tar, oil, dissolved	gases and kerosene also known as petroleum.
urgy, this process is used to remove dissolved	gases from the melt prior to the material being proc
nd that its color was not due to any dissolved	gases or pollutants.
Useful for drying	gases.
dusty	gases) or where more than two phases are present (e.
Zero discharge of effluent	gases.
ll admixture of degenerate proton and electron	gases.
Higher plants eliminate	gases through the stomata, or pores, on the surface
composition (absorption bands) of the evolved	gases (bonding conditions).
waste from the embryo, as well as to exchange	gases used by the embryo.
h a boiler may be heated either by the exhaust	gases of the main propulsion plant, or else separate
ch produces a conductive path when the exhaust	gases are discharged from the rocket that is expelle
is condensed and removed from the hot exhaust	gases.
In regenerative preheating, the exhaust	gases from the furnace are pumped into a chamber con
d draft fan to draw combustion air and exhaust	gases through the combustion chamber at 1/3 of the s
either by the cylinder's coolant or by exhaust	gases while running; an external flame such as a blo
sible operation than carbon capture of exhaust	gases.
75 kV, rated at 210MVA, from which the exhaust	gases at 520C pass through one CMI heat recovery ste
lorine and iodine are removed from the exhaust	gases by a halogen scrubber.
signed the problem of how to deal with exhaust	gases in carrier operations had not been resolved.
ith diesel particulate filters for the exhaust	gases.
It was built in order to spread the exhaust	gases far away from the area of the Kennecott smelte
and vehicle exhausts, where piping of exhaust	gases is impractical.
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
system used to reduce emissions in the exhaust	gases of internal combustion engines.
ction Valve to reduce emissions in its exhaust	gases.
The stack was designed to discharge exhaust	gases from the various roasting and smelting furnace
main flue carried the combined smelter exhaust	gases a half-mile up the hill to the stack.
imney, to provide a space in which the exhaust	gases emerging from the boiler tubes can mix with th
e a natural draft to carry the smelter exhaust	gases, and it was claimed to be capable of handling
ow basin is filling up with automobile exhaust	gases and the smoke of about 40 peat fires burning a
ich is a pipe or channel for conveying exhaust	gases from a fireplace, oven, furnace, boiler or ste
rbochargers are driven by the engine's exhaust	gases.
at recovery steam generator powered by exhaust	gases at 986 degrees fahrenheit (530 °C) which leads
Turbocharger: Engine exhaust	gases ducted in to Naiad turbine section
he minimisation of CO emissions in the exhaust	gases from motor vehicles.
using the excess oxygen in the diesel exhaust	gases.
radioactive nickel which caused the expanding	gases to glow very brightly for many months.
When fired, the resulting expanding	gases propelled the grenade a considerable distance
n manufacturing tools for use around explosive	gases, and in cryogenics.
th fixed-bed catalysis and the use of external	gases.
Since heated fire	gases, the product of pyrolysis, rise to the ceiling
over) is a stage of a structure fire when fire	gases in a room or other enclosed area ignite.
Response to fixed	gases is positive (increase in standing current), wi
lso at 100 °F), as it excludes dissolved fixed	gases such as air.
ave caused the cork to given off the flammable	gases and eventually ignited the cordite charges.
w should have redirected the flow of flammable	gases.
lty barbecue chimney that leaked hot flammable	gases into the ceiling, which ignited.
explosion was apparently caused when flammable	gases, inside the pump room where the workers were w
e or solid phase, when the output of flammable	gases from the material is too low for persistent pr
the presence of dioxins and furans in the flue	gases.
current emphasis on removing CO2 from the flue	gases emitted by fossil fuel power plants has led to
m ash, air pollution control residue, and flue	gases.
electric power plants because the output flue	gases from combustion in oxygen as opposed to air ha
d slag phases tapped from the bottom, and flue	gases exiting from the top of the furnace.
alkaline sorbents are used for scrubbing flue	gases to remove SO2.
that removes over 99% of particles in the flue	gases, as well as special burners to limit nitrogen
ses the fine particles that rise with the flue	gases.
particle filtration equipments before the flue	gases reach the chimneys of coal-fired power plants,
ic precipitators capture fly ash from the flue	gases, preventing them from entering the atmosphere.
boiler is a fire-tube boiler, in that hot flue	gases pass through tubes set within a tank of water.
ause they condense the water vapor in the flue	gases to capture the latent heat of vaporization of
ting surfaces, will be blown out with the flue	gases.
rmined by the need to disperse combustion flue	gases to comply with governmental air pollution cont
The temperature of the flue	gases leaving the combustion zone.
When the flue	gases are exhausted from stoves, ovens, fireplaces,
s from using PAF is the production of fluoride	gases.
ac formulates the law of combining volumes for	gases.
ot certain, however, as the technical term for	gases (air and others) among German miners is Wetter
In principle, it is relevant also for	gases or liquids, but on earth their mass distributi
whereas, for	gases, it is usually defined as
These conditions force	gases and liquids from the body.
e those detectors which collect ion pairs from	gases.
l of hydrogen sulphide and carbon dioxide from	gases in the petrochemical industry.
on energy output of different composition fuel	gases in an appliance (fire, cooker etc.).
lly while keeping the hydrogen and oxygen fuel	gases separated.
as meter is used to measure the volume of fuel	gases such as natural gas and propane.
Wobbe Index and Fuel	Gases
e is a product of precipitation from fumarolic	gases (600°C) in an active stratovolcano.
erals and meteorites in the search for further	gases, but found none.
spectacular nebula consists largely of glowing	gases from the star's outer layers ejected during th
Because of its length and gradient,	gases such as carbon dioxide and carbon monoxide cou
tation emits 1.77 million tonnes of greenhouse	gases each year as a result of burning coal.
arth's climate, caused by increased greenhouse	gases in the atmosphere, was the “number one environ
nalogues, halogenated hydrocarbons, greenhouse	gases and many others have required changes to monit
ues to combine emissions of various greenhouse	gases into a single weighted value of emissions.
ion on Earth, although increases in greenhouse	gases are the main driver of this climatic change.
pay) of using gasoline, except that greenhouse	gases are produced.
tation emits 5.75 million tonnes of greenhouse	gases each year as a result of burning coal.
t for nearly two-thirds of Canada's greenhouse	gases.

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