「te mperature」の共起表現(1語右で並び替え)

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共起表現

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ers were added to increase fuel and coolant	temperature, a large heavy-duty battery was fitted and
Broadly, at a given	temperature a lipid bilayer can exist in either a liqui
At a rather different	temperature, a line of Routemasters at a LBPT bus event
Below this	temperature a mixture of lower fluorides form, includin
To correct for	temperature, a sliding scale was used; the operator wou
rth sulfates, its solubility decreases with	temperature, a property once used to separate it from o
The maximum adiabatic flame	temperature a propane torch can achieve with air is 226
dity can be explained by a change in system	temperature, a change in the absolute pressure of the s
Instead, the entire sky has the same	temperature, a volume 1088 times larger.
in EHD film may be caused by excess load or	temperature, a lower oil viscosity than is required, lo
ith water at liquid state and a comfortable	temperature, a planet would have to be located within 8
System	temperature: About 35 K in Sband and 45 K in Xband.
D 16175 is a 7th magnitude G-type star with	temperature about 6000 K located approximately 195 ligh
medium carbon steel and is quenched from a	temperature above A1 but below A3 on a continuous cooli
hould be stored in airtight containers at a	temperature above 22 degrees Celsius.
At any	temperature above absolute zero, the vibrating atoms cr
yrene to PPO increases the glass transition	temperature above 100 °C, owing to the high Tg of PPO,
he thermal reservoir may be maintained at a	temperature above (hotter) or below (colder) that of th
sulfurococcales by having an optimal growth	temperature above 100 degrees °C, rather than below 100
28°F so the plant should be maintained at a	temperature above this, preferably in the 40-50°F range
This low	temperature accounts for the star's dull red color.
le to the home user will include ratings of	temperature accuracy (usually with measurement uncertai
rrent supplied to the device, and hence the	temperature achieved, is regulated by a rheostat.
Varying degrees of salinity and	temperature act to modify the density of water, and the
exchange and transport, acid-base balance,	temperature adaptation, metabolic energetics and regula
This unique sword has	temperature adjustments, which allows it to create ice
(particularly gallium nitride), ultra-high	temperature aerospace materials and superconductors."
	Temperature affects the survival of Legionellae as foll
	Temperature affects not only the viscosity, but also in
atic vacuum switch that responds to the air	temperature after the air filter element and actuates a
ntent calculations, expected afternoon high	temperature, afternoon minimum relative humidity and da
Thermal: resistance to	temperature, aging, low temperature impact, etc.
by the British Royal Society to measure the	temperature, air pressure, humidity, and rainfall 3 tim
Every three hours weather data (wind,	temperature, air pressure, visibility, cloud cover etc.
not noticed by the operators until the core	temperature alarms sounded.
ble process because variables such as time,	temperature, alloy, fixturing, and part positioning are
	Temperature, along with many other factors, affect the
cause there is an entire section devoted to	temperature already.
The high	temperature also burns away any organic molecules such
The difference between ocean and air	temperature also tends to create heavy morning fog duri
The tea is fired at high	temperature, altering the leaf colour tints from green
ere may be presumed always to have the same	temperature, although this temperature may be changing,
night-time temperatures and to measure body	temperature, although not for anything much hotter than
(Which, of course, operated at room	temperature ambient conditions).
simple measurements for time, length, mass,	temperature, amount of substance, electric current and
wave Anisotropy Probe (WMAP1) Observations:	Temperature Analysis".
onditions (for example, the highest allowed	temperature and lowest allowed supply voltage).
When Al Rawi was subject to extremes of	temperature, and was kept in a very cold cell, his pray
ne is a white crystalline solid at standard	temperature and pressure.
may also be altered by modification of the	temperature and the length of time during hydrogenation
ive in the colorimetric definition of color	temperature and introduced the CIE colorimetric system
tions (in particular, at the same pressure,	temperature, and composition).
the distinct phases is affected by the pH,	temperature and ionic strength of the two components, a
or hot Jupiters is based on the equilibrium	temperature and the planet's Safronov number.
hree different structures, depending on the	temperature and the state (solid, liquid, gas).
30% sulfur is pressure leached at elevated	temperature and pressure in an ammoniacal solution to p
n is equal to the solubility of CO2 at that	temperature and pressure.
es: a conventional disordered phase at high	temperature, and a low-temperature phase with quasi-lon
on the parent rock of the granulite and the	temperature and pressure conditions experienced during
alt sulfides), is then adjusted (to a lower	temperature and pressure) to precipitate the mixed sulf
TBE is a liquid at room	temperature, and is used to separate mineral ores from
At standard	temperature and pressure, ethane is a colorless, odorle
tion is usually affected by light exposure,	temperature, and pH levels.
d to use concentrated sulfuric acid at high	temperature and the relatively long testing time (an ho
vide more precise details about atmospheric	temperature and moisture profiles, although with a less
fertilized eggs from dehydration, sunlight,	temperature, and potential pathogens until the tadpoles
ellite would also have returned data on the	temperature and magnetic field of its surroundings.
The increase in	temperature and exposure of the uranium metal fuel to t
now a lot more exact detail about the water	temperature and quality, and the cost of using it.
ection, Engine speed, Vehicle speed, Engine	temperature and Throttle body opening percentage.
Satellite data - infra-red (for sea surface	temperature) and visible (for chlorophyll and suspended
Therefore, neopentane is a gas at room	temperature and atmospheric pressure, while the other t
meaning it is approximately the same size,	temperature, and color as our Sun.
The facility originally contained low	temperature and heavy equipment rooms in its basement;
pmental stage), being infective, at optimal	temperature and humidity, four weeks after secreted in
ing surface currents and properties such as	temperature and salinity.
t then be incubated at a 37 degrees Celsius	temperature and a 5-10% CO2 atmosphere.
Low	temperature and weak acid environment can increase the
use of a strong dependence on a stable room	temperature and 'weather conditions'.
er that the mixture is first cooled to room	temperature and then further cooled by the mixture of w
Under permissive conditions of	temperature and (usually high) moisture, these spores g
a 19:24-31) a region with comparatively low	temperature, and much rainfall, making it some of the m
Each infrared wavelength is sensitive to	temperature and water vapor over a range of heights in
The aristae are sensitive to minute	temperature and pressure changes.
	Temperature and magnetism have all but been eliminated
ter is ionic, atomic, or molecular, and the	temperature and density of the matter.
rom the host, as well as sensing changes in	temperature and air currents.
ce, under standard conditions (not standard	temperature and pressure STP).
ring too often, aquastats have a high limit	temperature and a low limit.
liquefiable, and flammable gas at standard	temperature and pressure.
als in about 1873 when he used the critical	temperature and critical pressure to characterize a flu
fy the surface gravity of a black hole with	temperature and the area of the event horizon with entr
an be driven out by application of elevated	temperature and a vacuum.
tituted ketenes is a red/orange oil at room	temperature and pressure.
r, bright sound, and stayed in tune through	temperature and humidity changes.
ibrium is manipulated by careful control of	temperature and alkali concentration.
than that of air (presumably at a standard	temperature and pressure).
ing drifer buoy, which collects sub-surface	temperature and salinity data.
fore baking (up to two days) and the baking	temperature and heat all vary.
1740 that was powered by variations in air	temperature and pressure, a type of Atmos clock.
or undergo other chemical change at normal	temperature and pressure with moderate risk of explosio
state of the weather (sunny or cloudy), air	temperature, and relative humidity at the time of the 2
hen testing semiconductor memory: voltages,	temperature, and refresh rates can be varied over speci
g a hydrocarbon nearly to its decomposition	temperature, and permitting the graphite to crystallise
tile and extremely flammable liquid at room	temperature and pressure.
ree independent variables (such as voltage,	temperature, and response speed).
om one of its first imbibers noting its hot	temperature and high alcohol and remarking (in Italian)
his as referring to the volume at the local	temperature and pressure.
rdinary water server at slightly above room	temperature, and the Gagrakackan "tzjin-anthony-ks" whi
8-diol is a white crystalline solid at room	temperature and pressure.
navigation systems and the onboard standard	temperature and static pressure probes.
ly explainable by corresponding patterns of	temperature and precipitation (sometimes referred to as
live green, depending on the particle size,	temperature and method of production.
d by acid hydrolysis of corn starch at high	temperature and pressure.
, the relationship between rate of rutting,	temperature and age was identified.
They have the ability to control their body	temperature and equilibrate it with the environment dur
ic, the LaRC-SI can be reformed at elevated	temperature and pressures.
n freshly broken, volatilizes at a moderate	temperature, and burns readily with a yellow, smoky fla
hat do not change state to vapour under the	temperature and pressure conditions present in the inta
a Factor of Electrical Excitation' (1907); '	Temperature and Excitability' (in conjunction with G R
Then cool the mixture to room	temperature and the acid solidifies.
Different levels of	temperature and precipitation encouraged the growth of
ric Infrared Sounder - measures atmospheric	temperature and humidity, land and sea surface temperat
to control waterflows to maintain the river	temperature and dissolved oxygen levels to assist downs
It is similar to our Sun in size, surface	temperature, and luminosity.
ated fatty acids is generally solid at room	temperature and not very desirable for many application
um exhibits viscosity retention at elevated	temperature, and is stable in a wide pH range, in the p
Tone is also affected by external	temperature and moisture conditions.
y limiting growth factors, nutrient supply,	temperature, and additional inhibiting factors.
ion range of a flammable solvent at a given	temperature and pressure for which air/vapor mixtures c
As the indicator is at air	temperature and is kept horizontal it provides an excel
ain the residual mantle mineral assemblage,	temperature, and pressure of the (presumed) primary mel
r microturbulence varies with the effective	temperature and the surface gravity.
The	temperature and pressure can be adjusted depending on t
mixture of bromine and oxygen gases at low	temperature and pressure.
rent substances being mixed are at the same	temperature and pressure so there will be no net exchan
and cooling systems to maintain the desired	temperature and humidity.
ile, and extremely explosive liquid at room	temperature and pressure.
Smoke,	temperature, and humidity also played a huge factor as
tion" or desorption of gold cyanide at high	temperature and pH.
continuous vertical profiles of atmospheric	temperature and moisture.
rple to black crystalline solid at standard	temperature and pressure.
Such black holes have a very small Hawking	temperature and consequently emit a small amount of Haw
Due to the high	temperature and rapid quenching, sanidine can contain m
Sun, but more than twice as hot in surface	temperature and many times brighter.
d was used by the government to measure sea	temperature and salt concentration.
daily due to its family friendly calmness,	temperature and status of near-private lake.
resents a navigation hazard due to its high	temperature, and one or more orbiting planets.
but also with an influence of host plants,	temperature and sex of individuals.
stability of 5-methyluridine under standard	temperature and pressure (STP) is very high.
Surface studies included	temperature and thermophysical properties of soils, min
oximation for many common gases at standard	temperature and pressure.
l fluids, when compared at the same reduced	temperature and reduced pressure, have approximately th
wing a long-term association between global	temperature and biodiversity, origination, and extincti
It is cured at elevated	temperature and pressure.;
Elevated	temperature and chemical detergents are often employed
At room	temperature and atmospheric pressure, palladium can abs
epths, in order to control downstream water	temperature and flow rates.
al., who found two distinct phases at room	temperature and at temperatures above 160 °C.
copes in its capability for both brightness	temperature and point-source surveys.
ure vessel, it is possible to determine the	temperature and speed of the escaping fluid.
the scientific equipment are conductivity,	temperature, and depth (CTD) sensors, three side-scan s
can be obtained experimentally at specific	temperature and pressure, from measurements of deviatio
	Temperature and pack ice area over time, after data com
the universal gas constant, T the absolute	temperature and F is the Faraday constant.
The ratio depends on the	temperature and pressure of both sample and water.
an featured twin sensors that measured both	temperature and atmospheric pressure, thus allowing it
ne that would be 10 µm thick under standard	temperature and pressure.
ing power when hydrogen gas at a sufficient	temperature and pressure is admitted to the core (made
The sufferer will have a high	temperature and respiration rate and a low blood pressu
surface and continued transmission of lunar	temperature and radiation data.
It volatilizes readily at room	temperature and has a pungent smell.
re, 2-methylhexane has a lower autoignition	temperature and flash point when compared to heptane.
Product quality monitoring:	temperature and humidity monitoring of perishables such
to provide future long-term observations of	temperature and precipitation to be used to measure cli
Further information: Timeline of	temperature and pressure measurement technology
t will measure the atmospheric composition,	temperature and albedo of a representative sample of kn
ology the mineral clinopyroxene is used for	temperature and pressure calculations of the magma that
xed location is marked by sudden changes in	temperature and wind and also by rapid variations in ot
is the gas	temperature, and
sitivity can be adjusted by controlling the	temperature and pressure of each device.
Main article: Standard conditions for	temperature and pressure
zation requires further parameters, such as	temperature and chemical composition.
is an observation of atmospheric pressure,	temperature, and relative humidity taken in the free at
The increased	temperature and pressure on one part of the piston crow
flat clay plate, which is heated to a high	temperature, and placed on the table, where thin slices
lowing conditions) refer to quantities like	temperature and static pressure of the metered substanc
The value can also vary with	temperature and pressure.
	Temperature and ultraviolet light are key factors invol
Cooled up to the minus	temperature and preserved in this state for some days,
heric curvature are only dependent upon the	temperature and pressure at the location of the observe
high stringency, such as high hybridization	temperature and low salt in hybridization buffers, perm
ity of which depends greatly upon pressure,	temperature and to a lesser extent, the gas composition
Usually,	temperature and dew point data from radiosondes are plo
By simulating pressure surge,	temperature and fluid flow rates system-wide, engineers
al selection, RNA stability, optimal growth	temperature and hypersaline adaptation.
This gives the stream a lowered	temperature and density, making inhalation less irritat
uperhard materials under conditions of high	temperature and pressure.

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共起表現

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「te mperature」の共起表現一覧(1語右で並び替え)