「gases」の共起表現(1語左で並び替え)3ページ目

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「gases」の共起表現一覧(1語左で並び替え)3ページ目

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n people as they woke up in a cloud of noxious	gases that burned their lungs.
Odorless	gases, eg.
For mixtures of	gases, the letter y is recommended.
The corresponding study of	gases in motion is called aerodynamics.
lutions, but he soon changed to the spectra of	gases and to astrophysics, which were to be the main
aper to the Royal Society on the absorption of	gases in liquids.
such as light intensity and concentrations of	gases such as water vapor, carbon dioxide, and ozone
ty and the expansion and refractive indices of	gases.
commitments, but he wrote on the absorption of	gases on glass surfaces, on the theory of strong ele
o provide information about just what types of	gases - in addition to atomic oxygen - create the gl
ed approximately by measuring the viscosity of	gases and density of pure crystalline solids.
cally) for measuring the refractive indices of	gases.
y intercellular spaces to allow the passage of	gases, such as the intake of carbon dioxide for phot
more than a century where the peculiar mix of	gases has allowed them to extend their lifespan.
The instruments are used for the analysis of	gases and in gas chromatography-mass spectrometry.
vogadro's hypothesis (ie that equal volumes of	gases (at the same physical conditions) contain equa
Enskog helped develop the kinetic theory of	gases by extending the Maxwell-Boltzmann equations.
7 he completed his thesis on kinetic theory of	gases at Uppsala.
comparing the vapor density of a collection of	gases with molecules containing one or more of the c
John Dalton's paper "On the Absorption of	Gases by Water and Other Liquids".
rk membranes can be used for the separation of	gases because of its highly porous structure, large
, only pumps the normal atmospheric mixture of	gases into the bottle, which (by Dalton's Law) does
kog systematically develop a kinetic theory of	gases
s relating volumes and numbers of molecules of	gases.
ents of the refractive index and dispersion of	gases; a transparent pressure chamber can be positio
In the case of	gases, that never became liquid in absence of heat,
solutions can weakly dissolve certain kinds of	gases from a mixed gas stream.
egative enthalpy and entropy of dissolution of	gases, etc.
ing' - heating due to adiabatic compression of	gases can reach decomposition temperatures).
In contrast, the density of	gases is strongly affected by pressure.
portant work to the electrical conductivity of	gases ("Townsend discharge" circa 1897).
liquid or solid forms, but must be composed of	gases or vapours.
as a densimeter used to measure the density of	gases.
Aerostatics is the study of	gases that are not in motion.
is an engine that allows for the combustion of	gases in a vacuum or under pressure, eliminating the
d explanation of choked and non-choked flow of	gases, as well as the equation for the choked flow o
a device to demonstrate the buoyant effect of	gases like air; as shown in the pictures on the righ
s designed for preparation of small volumes of	gases.
nticels, or pores, which allow the exchange of	gases with the atmosphere.
mitters is a family of endogenous molecules of	gases or gaseous signaling molecules, including NO,
to effect a partial separation of a mixture of	gases if the components have different molecular wei
ce, and it is accompanied by the production of	gases, primarily carbon dioxide and methane.
itish physicist who worked on the viscosity of	gases, molecular dynamics, optics, acoustics and geo
was not only strong but limited the release of	gases when the gun was discharged.
es and the coefficient of thermal expansion of	gases.
reference conditions to express the volumes of	gases and liquids and related quantities such as the
ments to investigate atmospheric dispersion of	gases was carried out on the island.
llation solvent) and in the desulfurization of	gases.
ulin's green color comes from a combination of	gases that make up its local atmosphere, primarily d
In mixtures of	gases where interactions between the different speci
reated by the impact facilitate the release of	gases from within the planet.
containing a volatile liquid and a mixture of	gases that is connected usually by a twisting glass
ffect, and is exploited in the liquefaction of	gases.
ome plumbing installations for the delivery of	gases or fluids under pressure have a threaded secti
xpanders which are used in the liquefaction of	gases such as liquid hydrogen
The information on kinds of	gases in the extreme reaches of the atmosphere may b
on the leaf surface which allows diffusion of	gases but not of water vapour.
ave a partial account of the kinetic theory of	gases in 1820 though it was neglected by the scienti
ctical when dealing with atoms or molecules of	gases, liquids or solids at room temperature and atm
geometric pressure of	gases in furnaces is small in comparison with the ki
laboratories working with small quantities of	gases or specialty gases.
an understanding of the physical properties of	gases and how they relate to chemical reactions and,
"For his researches on the complete drying of	gases and liquids"
John Herapath publishes a kinetic theory of	gases.
Laminar flow elements measure the mass flow of	gases directly.
This drives off	gases which can then be removed by a vacuum pump sys
is a subfield of fluid statics that focuses on	gases.
on its end, designed to obtain information on	gases or particles being released by the orbiter in
ipment used by Priestley in his experiments on	gases
In the case of rollover, only	gases present in the room, not the room contents, ig
ge liquid rockets, since forcing the fluids or	gases to flow by simple pressurizing of the tanks is
ce in the rock is occupied by other liquids or	gases.
ury, alteration of oxidation fates for organic	gases, and export of bromine into the free troposphe
These other	gases always include oxygen or air, but may also inc
ace among researchers to liquify various other	gases.
inally air, although in modern versions, other	gases such as helium or hydrogen may be used.
combined with nitrogen and a mixture of other	gases.
equipment for the separation of air and other	gases.
e method of distinguishing nitrogen from other	gases.
composed of methane and trace amounts of other	gases.
anesthetics are vaporized and mixed with other	gases prior to their inhalation by the patient befor
is a rigid enclosure from which air and other	gases are removed by a vacuum pump.
(LPG), compressed natural gas (CNG) and other	gases that extracted, processed or transported in hi
around 0.7-0.8 for air and many other	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
passed through a mixture of bromine and oxygen	gases at low temperature and pressure.
These particular	gases share many common features in their production
Because solubility of permanent	gases usually decreases with increasing temperature
fied natural gas (LNG) and liquefied petroleum	gases (propane and butane).
The removal and venting of IC and POC	gases from the liquid sample by acidification and sp
rather that you come with your guns and poison	gases and get rid of us that way.
o over twelve thousand known toxins and poison	gases.
ing guns, knives, rocket launchers, and poison	gases, along with being an expert marksman.
These include giant jumping worms, poisonous	gases, and Rhamphorhynchus, along with the basic ene
Examples include smoke or other poisonous	gases at sufficiently high concentrations.
eople, most of whom were overcome by poisonous	gases.
atmosphere was a mix of noxious and poisonous	gases (Methane, Ammonia, Sulphur compounds, etc.- a
ssil site was later abandoned due to poisonous	gases.
ect for neutral particles exists in polyatomic	gases (known as the Senftleben-Beenakker effect).
HMPA is used as a solvent for polymers,	gases, and organometallic compounds.
chlorine, all combine with hydrogen to produce	gases under standard conditions.
When heated the polyurethane will produce	gases and smoke which may lead to an unexpected and
t specific energy of all artificially produced	gases, but unlike coal gas, it was free from carbon
al locking system that directed the propellant	gases forward to retard the barrel until the bullet
moves freely to the rear while the propellant	gases propel the projectile forward.
ned with a rear vented breech using propellent	gases from the firing of a shell, to greatly reduce
Filde's anaerobic jar where one needs to pump	gases in and out.
In 1914 he showed that pure	gases could scatter light.
compressor systems requiring standby or purge	gases capability are pressure controlled by the shut
ult of the suspected galaxy merger that pushed	gases into these regions and caused a burst of star
ove heat transfer by convection and radiation,	gases must move in the working space of the furnace
spheric gases-oxygen, nitrogen, argon and rare	gases (produced when air is purified, compressed, co
higher than would be expected had all the rare	gases and H2O been accreted from planetary embryos w
He also studied the effects of rare	gases such as helium on animal life.
ic reactions as well as the separation of rare	gases and hydrocarbons.
e magnet on the electric discharge in rarefied	gases.
and liquid explosives, as well as in reactive	gases.
Some common reagent	gases include: methane, ammonia, and isobutane.
Real	gases experience a temperature change during free ex
Strongly reduced	gases include methane, ammonia, and hydrogen sulfide
production of chemical solvents from refinery	gases in California during the early 1930s while in
Once released,	gases almost always are less dense than the surround
at time and is still used to exhaust remaining	gases after a thorough recovery/scrubbing operation.
meters is the mean free path (MFP) of residual	gases, which indicates the average distance that mol
e that measures the concentrations of respired	gases using an infrared beam of light.
oxide was reduced chemically and the resulting	gases used to spin a turbine at about 20,000 rpm, wh
in many inorganic materials, including salts,	gases, and liquids.
nce the mountain began spewing ash and searing	gases in a string of eruptions that began Tuesday.
orporation whose principal business is selling	gases and chemicals for industrial uses.
there, so she thought of a method to separate	gases by utilising an inert carrier gas.
Fuel gas can refer to any of several	gases burned to produce thermal energy.
Several	gases were isolated and identified for the first tim
Vents provide a means to release sewer	gases outside instead of inside the house.
ll the way to siphoned (empty) traps and sewer	gases entering the building.
e anaesthetics that may be considered sleeping	gases are halothane vapour (Fluothane), methyl propy
Most sleeping	gases have undesirable side effects, or are effectiv
are urban legends of thieves spraying sleeping	gases on campers, or in train compartments in some p
educed the transfer of heat from the hot smoke	gases to the water in the boiler, but also accelerat
fare agents known as vomiting agents or sneeze	gases.
this approach may increase hazards due to soil	gases including Radon, and those due to water intrus
measurement of electrons emitted from solids,	gases or liquids by the photoelectric effect, in ord
They are only effective on some	gases, depending on the freezing and boiling points
Plasma systems ionize a variety of source	gases in a vacuum system by using RF excitations.
o pulsed laser deposition and inert sputtering	gases are built into the growing film as impurities.
Mangroves store	gases directly inside the roots, processing them eve
Such	gases are strongly associated with the origin of lif
Only two other such	gases are currently known to act as signaling molecu
room filled with methane and hydrogen sulfide	gases during a sewage leak on 12 July 1997.
ening in or near a volcano where hot sulfurous	gases come out).
va explosions and stellar winds on surrounding	gases.
are formed on impact and heat the surrounding	gases.
inds, which are colliding with the surrounding	gases.
ect troops against chlorine, phosgene and tear	gases.
sing VX, sarin, nerve agent simulants and tear	gases.
a complex method for producing low temperature	gases when they could be produced much more easily u
g the scientists who, in 1928, discovered that	gases diffusing monochromatic light could also chang
quotes Aristotle/Meno: "Hippocrates says that	gases (phusai, breaths, flatus) are the causes of di
The	gases involved are typically delivered in high press
If the	gases are at sufficiently low pressure that they beh
iquid, then warmed the liquid and captured the	gases as they boiled off.
fitted with a cap that is designed to pull the	gases into a device to cool the gasses and remove pa
The	gases are then passed over special columns that abso
Most of the water is condensed out, and the	gases are further cooled; the nitric oxide that was
aly had been taken as a Ploutonion because the	gases it produced were so mephitic that they overwhe
complicate matters, he becomes addicted to the	gases and gets involved with a gang of criminals and
His design included cylinders for the	gases and a "Boyle's Bottle" to vaporize diethyl eth
By heating this mixture, the	gases are allowed to come into contact with a piece
culation) and the other addresses it after the	gases are making their way out of the vehicle's engi
more than twice the amount of CO2 because the	gases are not produced only by formate hydrogen lyas
If the	gases were flammable, they would explode, and increa
superior apparatus to collect and measure the	gases that evolved during alcohol fermentation.
e temperature, pressure, or composition of the	gases entering the arrester can cause the flame spat
ly cooled, rather than liquified, and thus the	gases are not actually separated, apparently giving
ch the water surrounds the heat source and the	gases from combustion pass through tubes through the
addressing challenging issues and uniting the	gases community.
small inner disk due to the exhaustion of the	gases in the galaxy.
The	gases are either treated or vented into the atmosphe
control of temperatures and flow rates of the	gases as both the conversion efficiency and absorpti
The	gases that boiled off, in addition to nitrogen, oxyg
The	gases dissolved in liquid metal during melting metal
claimed to offer better heat transfer from the	gases.
n (usually by cylinder inversion) to remix the	gases.
der-expanded, meaning that the pressure of the	gases exiting the nozzle is different from the ambie
The	gases are piped through the pressure hull to the fue
The	gases released from the converter are collected, coo
the dust reflecting sunlight directly and the	gases glowing from ionisation.
om the fecal matter to spread disease, and the	gases produced by the decomposing waste are redirect
These	gases often ignite, sometimes spectacularly, as the
ming that the atmosphere was composed of these	gases, during the 1940s and 1950s he constructed a m
Under vacuum conditions these	gases escape from liquid metal to the vacuum chamber
Use of these	gases can be very dangerous due to the low temperatu
The stomata is the way in which these	gases are exchanged, as well as the transpiration of
The Weird Terrain is also a source of these	gases.
s time was on discharge of electricity through	gases, including early work on x-rays and electrons.
As the term "fluid" refers either to	gases or to liquids, fluid power is also subdivided
d to conduct anions while being impermeable to	gases such as oxygen or hydrogen.
"From Glasses to	Gases: The Science of Matter (Experiment!)
ed to death or poisoned by the resulting toxic	gases.
s odorant or warning agent in odourless, toxic	gases.

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