「temperature]」の共起表現(2語左で並び替え)8ページ目 - Weblio英語共起表現検索


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Weblio 辞書 > 英和辞典・和英辞典 > temperature]の意味・解説 > temperature]に関連した共起表現

「temperature]」の共起表現一覧(2語左で並び替え)8ページ目

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umber of phase transitions as a function of temperature.
bility limit which changes as a function of temperature.
redict rutting performance as a function of temperature banded ESALs, laboratory performance and ag
typical power law behavior as a function of temperature or electric field, whichever is the greater
including protein dynamics as a function of temperature and problems in mechanistic enzymology.
a volatile organic liquid as a function of temperature as determined by the test method ASTM D 287
cal resistance as a predictable function of temperature, making it useful as a thermometer with ele
o not state rated pressure as a function of temperature or altitude and leave it to the user to mak
akes place at the top of the furnace, where temperature is in the range of 600oC to 700oC.
ce around the void causes further localized temperature rise, which in turn accelerates the formati
warm weather city of Orlando, the game time temperature was only about 40 degrees.
For an ideal gas, the temperature doesn't change, and the conditions before a
region of DNA, denaturing gradient gels and temperature gradient gels can be used to detect the pre
gine depends fundamentally upon getting the temperature at which heat is accepted (ie raising steam
f the manifold as an argument and gives the temperature.
Above the glass transition temperature of circuit boards, the resin matrix softens
It is characterized by a glass transition temperature in the range of −10 and 0 °C and a crystall
The glass transition temperature of PEI is 216 °C.
ance, and a slightly lower glass transition temperature.
damantyl usually raise the glass transition temperature (Tg) of a polymer by preventing the chains
l modifier to increase the glass transition temperature of styrene or vinyl chloride polymers.
point of around 60°C and a glass transition temperature of about −60°C.
yrene to PPO increases the glass transition temperature above 100 °C, owing to the high Tg of PPO,
lternating copolymer has a glass transition temperature of 217 °C
o raise the melting point, glass transition temperature and generally improve chemical resistance v
weight compounds with high glass transition temperature.
PEEK has a glass transition temperature at around 143 °C and melts around 343 °C (6
The copolymer has a glass transition temperature greater than 100°C owing to the acrylonitri
C) polymers, to reduce the glass transition temperature of the PAC polymers.
e, it showed little increase in global mean temperature, at odds with surface measurements.
reported in Anjara/Ajloun governorate where temperature hit the 39.1 °C point on the 7th of August.
t areas typically have the greatest diurnal temperature variations.
very compact wedge grip for temperature chambers providing extreme temperatures
hat truck axle passes could be grouped into temperature bands, with progressively greater weight fa
HSO3Cl + H2S → HCl + H2S2O3 (low temperature)
The Meteorology Instrument System had a temperature sensor, a pressure sensor, a relative humid
amplifiers and comparators, Hall-effect and temperature sensors; power management devices, includin
ozen grapes because they were too hard (the temperature was close to −20 °C).
The star has a temperature of 5407 K and luminosity 1.14 solar.
oolwater" creek (because it generally has a temperature lower than 20°C) located in Hillsborough an
g it is a subgiant/dwarf star, and it has a temperature of 6,600 kelvins.
Turquoise Pool has a temperature between 142 and 160 °F (61 and 71 °C) and w
hile archaea Pyrobaculum calidifontis has a temperature optimum of 90°C.
The dust surrounding Denebola has a temperature of about 120 K (−153 °C).
if stored in an environment that has large temperature variations, particularly if these occur fre
Opal Pool usually has a temperature of approximately 132 °F (56 °C).
The cloud has a temperature of about 6000 °C, about the same temperatur
The hot gas has a temperature of around 10,000,000 kelvins.
is the only object found so far that has a temperature lower than the background radiation.
In Australia, where many rivers have warmer temperature regimes, native fish species have been elim
e ocean and very large lakes, have moderate temperature variations.
lack holes classically, then they have zero temperature and, by the no hair theorem, zero entropy,
n praxis, KTP crystals needs to have stable temperature to operate if they are pumped with 1064 nm.
unities farthest from the coast have larger temperature ranges, both during a single day and throug
The hot sulphur springs have a temperature of ranging between 42-45° Celsius and are s
nstalled, are portable, may have adjustable temperature, need to be refilled (capacity is typically
heat (i.e., temperature)
tmospheric pressure at various heights, and temperature, and surface light levels.
Its Helium outlet temperature was 950°C, but fuel temperature instabiliti
collisional radiative models for helium the temperature and density of plasmas which have helium pr
of dark and light stripes to help regulate temperature.
rrent supplied to the device, and hence the temperature achieved, is regulated by a rheostat.
, which increases the draught and hence the temperature of the fire.
beginning of her hospitalization, her body temperature was 37,8°C and her pulse 80.
By August 21, her body temperature and pulse had risen to 41°C and 158 respect
must sleep inside an oven to keep her body temperature up and wear special temperature-control clo
ring too often, aquastats have a high limit temperature and a low limit.
r long periods to maintain the high cooking temperature.
Jupiter, and have a relatively high surface temperature of approximately 200 Kelvin (-73°C), due to
s heated steadily past 1000 °C to as high a temperature as possible, preferably 1,600 °C (2,910 °F)
addition it has a relatively high annealing temperature so that in many sedimentary basins the crys
luminosity, but because of its high surface temperature (29,000K), it only is 3,000 times as lumino
high stringency, such as high hybridization temperature and low salt in hybridization buffers, perm
easons, refractory metals with high melting temperature (for e.g.
lol currently holds the record high average temperature for an inhabited location on Earth, where a
use the reaction has been run at too high a temperature, or because an excess of benzyl chloride ha
ng the engines at a relatively high thermal temperature was expected to improve the specific fuel c
Using high processing temperature the process system is design to output crud
been severely degraded by the high surface temperature and pressure and the presence of corrosive
o maintain a constant, relatively high body temperature than smaller animals by virtue of their sma
These bats maintain an unusually high body temperature.
Because they maintain such a high body temperature, they are sensitive to temperatures that ar
HD 49933 has a higher effective temperature than the Sun at about 6,598 K and emits 3.4
GC-content level indicates a higher melting temperature.
ese bumblebees also have a higher abdominal temperature than its temperate cousins.
The higher the temperature is the larger the generation number will be
ple, a higher frost line due to higher melt temperature and/or lower cooling rate means a longer ti
ermal expansion is required, or higher room temperature and elevated temperature strengths.
effect would lead to a much higher surface temperature of 67 °C (153 °F), and a warmer planet.
layers to retain more of the higher melting temperature element.
In Long Beach, the highest recorded temperature was 111 °F (44 °C) on October 16, 1958, and
onditions (for example, the highest allowed temperature and lowest allowed supply voltage).
The highest recorded temperature was 101 °F (38 °C) in 1995, while the lowes
The highest recorded temperature is 43.9 °C (113 °F) and the lowest is 5 °C
The highest recorded temperature is 40.4 °C (105 °F) on 28 July 1948, and th
the record for Greenland's highest recorded temperature of 30.1 °C (86.2 °F).
The highest recorded temperature was 105 °F (41 °C) on July 27, 1934.
The highest known temperature in Bearsville was 101°F, which occurred in
The highest recorded temperature at the park was 104 °F (40 °C) in 1936, and
The highest recorded temperature was 41 C° during the 2003 European heat wav
The flex temp is the highest air temperature at which the engines would produce the requ
50MW thermic (full power) and highest steam temperature (900°F/482°C).
On 12 July 2002 the highest official temperature was 48.9 °C.
rds listed it as the highest human-achieved temperature,, which has, however, been exceeded by the
e background is indeed highly isotropic-the temperature characterizing this thermal radiation varie
In it, her father reveals his body temperature is 85 degrees.
His body temperature is a subtle metaphor for his lack of clarit
V as proportional to the square of his true temperature.
particles (inasmuch as mc2 ≪ kBT holds) at temperature T,
fy the surface gravity of a black hole with temperature and the area of the event horizon with entr
othermic and maintains its homeostatic body temperature by basking for up to 40 minutes.
but also with an influence of host plants, temperature and sex of individuals.
as short as 15 days, varying with host and temperature.
After several hours the temperature is reduced in a controlled and gradual mann
However, low temperature photolysis of 1,3-dithiol-2-one in solid ar
se the starch from the flour; however, this temperature is not high enough to eliminate the floury
However, the temperature on the day of the blaze was nearing 100 deg
lting points relatively close to human body temperature, so babassu oil can be applied to the skin
a "neutral" color at the average human skin temperature, which is approximately 98.6 °F (37.0 °C).
are it to 96 °F (35.6 °C; normal human body temperature is 37 °C).
duced by the bacterium at normal human body temperature.
hington D.C., which is much more humid, has temperature variations of only 8°C (15°F).
so more tolerant of changes in humidity and temperature than are many other species.
around the resort, regulating humidity and temperature of the air, protecting it from winds and ar
ilk to turn sour at a specific humidity and temperature.
rshed chemistry, ambient humidity, seasonal temperature fluctuations, and wildlife habitats.
be required if additional hydrate formation temperature depression is required, such as upstream of
r dental cavities and are hypersensitive to temperature changes.
spots on the surface of the star, i.e. the temperature distribution is not uniform.
ectance is a key method for identifying the temperature history of sediments in sedimentary basins.
sensitive to frost and likely to die if the temperature falls below -3°C.
If the temperature reaches anywhere from 35-50 °F (2-10 °C) th
tropical environments, dying easily if the temperature drops below freezing.
If the temperature at the reflection height can be estimated w
example where a heater is turned on if the temperature is 10 degrees or colder.
to a burrow, or under a rock or log if the temperature becomes too high or to sleep.
nce it will not stick to itself, and if the temperature of packing snow drops, it will form an unus
forces that keep it crystallized, or if the temperature increases, thus causing entropy to have a s
elf of Weddell Sea is imperiled, and if the temperature rises by 3 °C, the ice shelves of Antarctic
ic composition of material, and only if the temperature is held constant during the transformation,
If the temperature does drop below this temperature the materi
If the temperature exceeds 140 °C, the ethyl sulfate product t
If the temperature exceeds 170 °C in a considerable excess of
icroscopy technique for infrared imaging of temperature distribution in small scale; the achievable
its main features - high impact resistance, temperature resistance, optical properties-are required
the existence of a 'hottest part' implies a temperature difference, and any marginally competent ph
This is important at temperature different to 25°C.
It is found most commonly in low temperature hydrothermal vein deposits.
The inhomogeneities in the temperature of the cosmic background radiation recorded
non) pulses in the semimetal bismuth in the temperature range of 1.2 to 4.0 K.
It usually occurs in low temperature hydrothermal deposits.
A decrease in water temperature may be the cause of slower moulting in the
s objectives are to promote research in low temperature biology, to improve scientific understandin
1740 that was powered by variations in air temperature and pressure, a type of Atmos clock.
It is a giant star, cooler in surface temperature than our Sun, yet larger and brighter.
n would be insensitive to variations in the temperature profile, which is why it is observed so muc
It occurs in high temperature hydrothermal deposits and contact metamorph
transport samples to and from the ISS in a temperature controlled environment.
e regulator of programmed cell death in the temperature sensitive tsBN7 cell line.
ns, the vehicle was on special display in a temperature controlled room at the San Francisco Museum
ouble with every 10 °C increase in reaction temperature.
Sun, but more than twice as hot in surface temperature and many times brighter.
is an organism that grows best in moderate temperature, neither too hot nor too cold, typically be
This contribution is most important in the temperature region where phonon-electron scattering is
(or scale) which forms on surfaces in high temperature steam systems.
Too high a heat up rate will result in high temperature differences between the surface and core th
Glazing is commonly used in low temperature solar thermal collectors because it helps r
yssal environment due to advantages in body temperature regulation and a diminished need for consta
ron spectroscopy and IR spectroscopy in low temperature matrix.
Lives in a temperature range of 72 - 85 °F (22 - 29 °C).
ar metabolism resulting from a drop in body temperature.
hich prevents extreme variation in seasonal temperature.
The metal is annealed in this temperature range until the austenite turns to bainite
For every one degree Celsius drop in body temperature, cellular metabolism slows by 5-7%.
rmal giant star, slightly cooler in surface temperature, yet brighter and larger than our Sun.
mily that is used to replace metals in high temperature automotive applications, as the housing for
It occurs in high temperature hydrothermal environments.
d, despite the exigencies of spikes in cold temperature days, particularly when cold or rainy weath
eoteny may be explained by a drop in global temperature during the Oligocene cooling event, which m
e heat transfer fluid and the change in its temperature (ΔT) between the outflow and return legs of
He performed pioneering work in low temperature physics, in particular in solidifying heliu
process of steeping coffee grounds in room temperature water for an extended period.
at the University of Oxford, working in low temperature physics.
It occurs in high temperature regional metamorphic rocks and in the skarn
rings (spas) with healing properties in the temperature range from 42 to 54 °C.
For controlled environments, in which temperature and humidity are controlled, 0.50 V can be
liania huxleyi, respond to changes in water temperature by altering the production of long-chain un
ported a significant perceived rise in body temperature that led to paralysis.
It occurs in low temperature, sulfur rich environments associated with s
San Diego, 27-7, at Riverfront Stadium in a temperature of nine degrees below zero with a wind-chil
reating tungsten powder with bromine in the temperature range 650-1000 °C.
In mammals, temperature receptors innervate various tissues includi
dity can be explained by a change in system temperature, a change in the absolute pressure of the s
tze" (Degradation of hydrogen iodide in hot temperature) with Victor Meyer at the University of Hei
reduction in water flow, a change in water temperature or water quality, or could modify the habit
bachelor's degree in 1998 and a Ph.D in low temperature physics at Penn State University in 2004.
The species survives best in room temperature and warm environments, the optimal range fo
Heat enters the cycle in high temperature endothermic chemical reactions 2 and 3, and
m spice refers to spatial variations in the temperature and salinity of seawater whose effects on d
fied for certain conditions, changes in the temperature, pressure, or composition of the gases ente
                                                                                                    
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