「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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