「gases」の共起表現一覧(2語左で並び替え)
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aper to the Royal Society on the absorption of | gases in liquids. |
commitments, but he wrote on the absorption of | gases on glass surfaces, on the theory of strong ele |
John Dalton's paper "On the Absorption of | Gases by Water and Other Liquids". |
is the solid material that remains after light | gases (e.g. |
culation) and the other addresses it after the | gases are making their way out of the vehicle's engi |
ion is the same nearly for all non-condensable | gases. |
In principle, it is relevant also for | gases or liquids, but on earth their mass distributi |
The instruments are used for the analysis of | gases and in gas chromatography-mass spectrometry. |
passed through a mixture of bromine and oxygen | gases at low temperature and pressure. |
spheric gases-oxygen, nitrogen, argon and rare | gases (produced when air is purified, compressed, co |
m ash, air pollution control residue, and flue | gases. |
Because of its length and gradient, | gases such as carbon dioxide and carbon monoxide cou |
d draft fan to draw combustion air and exhaust | gases through the combustion chamber at 1/3 of the s |
Most of the water is condensed out, and the | gases are further cooled; the nitric oxide that was |
y the generation of both hydrogen and chlorine | gases. |
d slag phases tapped from the bottom, and flue | gases exiting from the top of the furnace. |
ect troops against chlorine, phosgene and tear | gases. |
as part of insecticides, herbicides, and nerve | gases, amongst others. |
rather that you come with your guns and poison | gases and get rid of us that way. |
onsisting of combustible, oxidizing, and inert | gases are only flammable under certain conditions. |
ronment are described as exogenous and include | gases (such as carbon monoxide), metals (such as mer |
equipment for the separation of air and other | gases. |
is the fact that the intake charge and exhaust | gases have a more direct path into and out of the co |
ch the water surrounds the heat source and the | gases from combustion pass through tubes through the |
The removal and venting of IC and POC | gases from the liquid sample by acidification and sp |
Relation to the Use of Submarines and Noxious | Gases in Warfare, article 171 of the Treaty of Versa |
sing VX, sarin, nerve agent simulants and tear | gases. |
stem, in order to remove heavy metals and acid | gases such as sulphur dioxide, hydrogen chloride and |
manufacturing chemicals, soaps and industrial | gases, and one of the worst polluters of the neighbo |
Inert and lighter | gases, such as He and H2 do not effectively induce s |
carbon monoxide by 80 percent, and greenhouse | gases by 20 percent over the 500 remaining diesel po |
o over twelve thousand known toxins and poison | gases. |
anels, slow the passage of fire and combustion | gases between floors. |
ll the way to siphoned (empty) traps and sewer | gases entering the building. |
the dust reflecting sunlight directly and the | gases glowing from ionisation. |
atmosphere was a mix of noxious and poisonous | gases (Methane, Ammonia, Sulphur compounds, etc.- a |
Wobbe Index and Fuel | Gases |
is a rigid enclosure from which air and other | gases are removed by a vacuum pump. |
roleum is generally considered oil and natural | gases having various compounds composed of primarily |
nce the mountain began spewing ash and searing | gases in a string of eruptions that began Tuesday. |
om the fecal matter to spread disease, and the | gases produced by the decomposing waste are redirect |
(LPG), compressed natural gas (CNG) and other | gases that extracted, processed or transported in hi |
ove heat transfer by convection and radiation, | gases must move in the working space of the furnace |
In this method, germane and hydrogen | gases evolve from the cathode while the anode reacts |
s organic materials into simple CO, CO2 and H2 | gases. |
ing guns, knives, rocket launchers, and poison | gases, along with being an expert marksman. |
ll admixture of degenerate proton and electron | gases. |
ating the Buxton Waters with its own and other | Gases, and for composing Artificial Buxton Water, J. |
remains (ash, water, carbon dioxide, and other | gases) is the same as it was prior to the burning of |
griculture is ~15% of anthropogenic greenhouse | gases, as estimated by the IPCC. |
nd that its color was not due to any dissolved | gases or pollutants. |
of device is important because there are many | gases that can be harmful to organic life, such as h |
n manufacturing tools for use around explosive | gases, and in cryogenics. |
ort investigating the mechanism of arsenic war | gases was deemed crucial in maintaining battlefield |
t specific energy of all artificially produced | gases, but unlike coal gas, it was free from carbon |
ry the World Data Center for Atmospheric Trace | Gases, focus on obtaining, evaluating and distributi |
atmospheric trace | gases (including ozone) |
ng that power lines can attract cancer-causing | gases like radon has heightened concerns. |
ow basin is filling up with automobile exhaust | gases and the smoke of about 40 peat fires burning a |
ducts; lubricating oils; batteries; industrial | gases, bearings; precision instruments; environmenta |
aly had been taken as a Ploutonion because the | gases it produced were so mephitic that they overwhe |
more than twice the amount of CO2 because the | gases are not produced only by formate hydrogen lyas |
of use, at least in laboratories, because most | gases then became available in small gas cylinders. |
When the fuel is ignited from the bottom, hot | gases are expelled downwards, propelling the rocket |
The British Compressed | Gases Association is the UK's trade association for |
either by the cylinder's coolant or by exhaust | gases while running; an external flame such as a blo |
eople, most of whom were overcome by poisonous | gases. |
s that the world is being warmed by greenhouse | gases, and politicians can see through the sceptics' |
at recovery steam generator powered by exhaust | gases at 986 degrees fahrenheit (530 °C) which leads |
t for nearly two-thirds of Canada's greenhouse | gases. |
iquid, then warmed the liquid and captured the | gases as they boiled off. |
In the case of | gases, that never became liquid in absence of heat, |
e change and global warming causing greenhouse | gases per unit of electricity generated than any oth |
rs had not been prevented from closing, deadly | gases would not have reached the building's occupied |
comparing the vapor density of a collection of | gases with molecules containing one or more of the c |
xperiments on inelastic electron collisions in | gases, known as the Franck-Hertz experiments, and fo |
ulin's green color comes from a combination of | gases that make up its local atmosphere, primarily d |
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 |
rmined by the need to disperse combustion flue | gases to comply with governmental air pollution cont |
Some common reagent | gases include: methane, ammonia, and isobutane. |
liquid or solid forms, but must be composed of | gases or vapours. |
on energy output of different composition fuel | gases in an appliance (fire, cooker etc.). |
Compressed hydrocarbon | gases (liquefied petroleum gas and dissolved acetyle |
ing' - heating due to adiabatic compression of | gases can reach decomposition temperatures). |
such as light intensity and concentrations of | gases such as water vapor, carbon dioxide, and ozone |
Under vacuum conditions these | gases escape from liquid metal to the vacuum chamber |
These conditions force | gases and liquids from the body. |
ysics, in particular, electrical conduction in | gases and electromagnetic radiation. |
portant work to the electrical conductivity of | gases ("Townsend discharge" circa 1897). |
e anaesthetics that may be considered sleeping | gases are halothane vapour (Fluothane), methyl propy |
ryogenic fuels most often constitute liquefied | gases such as liquid hydrogen. |
This outer shell appears to contain molecular | gases such as CO, H2O and SiO. |
analysis of various ways to control greenhouse | gases under the Clean Air Act, and transmitted the o |
ich is a pipe or channel for conveying exhaust | gases from a fireplace, oven, furnace, boiler or ste |
This could cause | gases in the atmosphere, like water and carbon dioxi |
ses when heated above 225 °C and creates toxic | gases including chlorine and nitrogen oxides. |
ome plumbing installations for the delivery of | gases or fluids under pressure have a threaded secti |
m the atmosphere, but the lack of denser noble | gases in the modern atmosphere suggests that somethi |
In contrast, the density of | gases is strongly affected by pressure. |
as a densimeter used to measure the density of | gases. |
s's law (the “law of volumes”), describing how | gases tend to expand when heated, is first published |
llation solvent) and in the desulfurization of | gases. |
s of interest were the theory of detonation in | gases (the subject of an important paper that Chapma |
using the excess oxygen in the diesel exhaust | gases. |
on the leaf surface which allows diffusion of | gases but not of water vapour. |
ence is the lack of temperature diluting inert | gases. |
l of hydrogen sulphide and carbon dioxide from | gases in the petrochemical industry. |
The stack was designed to discharge exhaust | gases from the various roasting and smelting furnace |
spots of vacuum arcs, volumetric discharges in | gases, pseudosparks, coronas, unipolar arcs, etc. |
g the scientists who, in 1928, discovered that | gases diffusing monochromatic light could also chang |
Cornelius Drebbel makes discoveries concerning | gases. |
ind it was Dr Cue, a developer of diseases and | gases. |
ents of the refractive index and dispersion of | gases; a transparent pressure chamber can be positio |
ments to investigate atmospheric dispersion of | gases was carried out on the island. |
egative enthalpy and entropy of dissolution of | gases, etc. |
lso at 100 °F), as it excludes dissolved fixed | gases such as air. |
ies that make, supply or distribute industrial | gases in the UK, or sell related compression equipme |
This drives off | gases which can then be removed by a vacuum pump sys |
"For his researches on the complete drying of | gases and liquids" |
e shape of its swirling cloud of dark dust and | gases, which is similar to that of a horse's head wh |
a device to demonstrate the buoyant effect of | gases like air; as shown in the pictures on the righ |
Effective in | gases and liquids (i.e. |
As the term "fluid" refers either to | gases or to liquids, fluid power is also subdivided |
ts and products in the same phase - either all | gases or all solutions. |
s time was on discharge of electricity through | gases, including early work on x-rays and electrons. |
and the Middle East as an emerging industrial | gases market. |
h become his arms in robot mode emit corrosive | gases that can dissolve a 2-inch-thick (51 mm) slab |
ustion cycle is that all of the engine cycles' | gases and heat go through the combustion chamber, an |
Turbocharger: Engine exhaust | gases ducted in to Naiad turbine section |
rbochargers are driven by the engine's exhaust | gases. |
It is also free to exchange dissolved | gases such as O2 and CO2 with the atmosphere. |
nticels, or pores, which allow the exchange of | gases with the atmosphere. |
at time and is still used to exhaust remaining | gases after a thorough recovery/scrubbing operation. |
es and the coefficient of thermal expansion of | gases. |
Oxygen is one of the more expensive bottled | gases. |
ipment used by Priestley in his experiments on | gases |
ord "gas" and conducting experiments involving | gases. |
tilizers, plastics, nylons, fibers, industrial | gases and varied chemicals including urea, ammonia, |
erformed in fine powders, thin films, liquids, | gases, powder-liquid systems, gas suspensions, layer |
later from burns and inhalation of flames and | gases. |
d explanation of choked and non-choked flow of | gases, as well as the equation for the choked flow o |
Laminar flow elements measure the mass flow of | gases directly. |
All fluid (liquids, | gases) process, therefore well suited for continuous |
ge liquid rockets, since forcing the fluids or | gases to flow by simple pressurizing of the tanks is |
to measure and control the flow of fluids and | gases. |
is a subfield of fluid statics that focuses on | gases. |
ury, alteration of oxidation fates for organic | gases, and export of bromine into the free troposphe |
For ideal | gases, the molar volume is given by the ideal gas eq |
tilation, and it is not a substitute for blood | gases checked in a laboratory because it gives no in |
s Proposed Endangerment Finding for greenhouse | gases. |
This output change is linear, for most | gases, up to and beyond 100% LEL, response time is a |
This made it possible for combustion | gases to erode the O-rings. |
t of the pneumatic trough, used for collecting | gases generated in laboratory experiments. |
HMPA is used as a solvent for polymers, | gases, and organometallic compounds. |
His design included cylinders for the | gases and a "Boyle's Bottle" to vaporize diethyl eth |
erals and meteorites in the search for further | gases, but found none. |
se forests provide carbon sinks for greenhouse | gases and therefore mitigate climatic changes. |
tion is also followed quite well for molecular | gases; but the form for the heat capacity is more co |
method is fairly accurate for non-condensible | gases, such as oxygen and nitrogen. |
include (in addition to the results for ideal | gases above) the Arrhenius equation in chemical kine |
Useful for drying | gases. |
IS) and Interferometric Monitor for Greenhouse | Gases (IMG) were both developed by Japan, and studie |
Upon decomposition, it can form harmful | gases like carbon monoxide and dioxide. |
finished his doctorate on internal friction in | gases at the University of Strasbourg under supervis |
ants synthesize carbohydrates from atmospheric | gases by photosynthesis storing the absorbed energy |
e is a product of precipitation from fumarolic | gases (600°C) in an active stratovolcano. |
fer from interference or damage from corrosive | gases, liquids or solids, or an analyzer that will r |
e method of distinguishing nitrogen from other | gases. |
production of chemical solvents from refinery | gases in California during the early 1930s while in |
h vacuum to prevent contaminates from unwanted | gases freezing to the cold window. |
claimed to offer better heat transfer from the | gases. |
measurement of electrons emitted from solids, | gases or liquids by the photoelectric effect, in ord |
(non-polymer) organic compounds from inorganic | gases (e.g. |
, nuclear and chemical agents; toxic fumes and | gases; food poisoning; statistics related to poisoni |
l temperature below which a non-ideal gas (all | gases in reality) that is expanded at constant entha |
"From Glasses to | Gases: The Science of Matter (Experiment!) |
a net reduction in emissions of global warming | gases as compared to natural decay and no nutrients |
velopment to minimise emissions of green house | gases |
equently the questions surrounding green house | gases and global warming. |
s, cities produce large amounts of Green House | Gases, most notably CO2 as a consequence of human ac |
Since heated fire | gases, the product of pyrolysis, rise to the ceiling |
is condensed and removed from the hot exhaust | gases. |
to reduce the turbulence caused by hot exhaust | gases and a cover that could be raised to allow the |
tion chamber and ignited by the hot combustion | gases of the previous cycle. |
boiler is a fire-tube boiler, in that hot flue | gases pass through tubes set within a tank of water. |
lty barbecue chimney that leaked hot flammable | gases into the ceiling, which ignited. |
ening in or near a volcano where hot sulfurous | gases come out). |
t, and instead of directing the hot combustion | gases out of the back of the engine, they now hit th |
educed the transfer of heat from the hot smoke | gases to the water in the boiler, but also accelerat |
t to how well the sand can vent, i.e. how well | gases pass through the sand. |
However, condensible | gases, such as water vapour, ammonia, carbon dioxide |
nalogues, halogenated hydrocarbons, greenhouse | gases and many others have required changes to monit |
room filled with methane and hydrogen sulfide | gases during a sewage leak on 12 July 1997. |
If the | gases are at sufficiently low pressure that they beh |
If the | gases were flammable, they would explode, and increa |
d to conduct anions while being impermeable to | gases such as oxygen or hydrogen. |
ion on Earth, although increases in greenhouse | gases are the main driver of this climatic change. |
and liquid explosives, as well as in reactive | gases. |
ultivation results in a decrease in greenhouse | gases. |
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