「temperature]」の共起表現一覧(2語左で並び替え)9ページ目
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ew steels for applications not only in high | temperature service, as originally envisaged, but also |
louds, although they may also appear in low | temperature stars, brown dwarfs and planets. |
of milling is especially useful in milling | temperature sensitive samples, as samples are milled at |
ms, which are sensitive to changes in ocean | temperature. |
line - A cline based on difference in water | temperature, |
hapter written for the 1967 Progress in Low | Temperature Physics together with Mamaladze. |
Typically, the workpiece is immersed in a | temperature controlled bath of electrolyte and serves a |
nch was captured after severe fighting in a | temperature of 110°F in the shade on May 7. Rose himsel |
, and as a heat transfer medium in constant | temperature baths. |
st commonly used and consists in increasing | temperature to accelerate destabilisation (below critic |
nputs that can be varied include frequency, | temperature, system- or component-specific variables, a |
t can have a significant effect include the | temperature of fermentation and what time, if any, that |
Acquisitions include leading | temperature sensor manufacturers Thermometrics, pressur |
The WOA fields include ocean | temperature, salinity, dissolved oxygen, apparent oxyge |
Common examples include potential | temperature, salinity, and concentration of CFCs, triti |
e area of research includes sub-millikelvin | temperature studies of helium-3. |
and ProASIC3 families), including extended | temperature automotive, military, and aerospace FPGAs, |
ters from these measurements, including air | temperature, sea surface temperature, salinity, soil mo |
were made at this time, including improved | temperature compensation and modification of the pen ar |
s resistivity decreases with an increase in | temperature, average room temperature resistivity is 10 |
The increase in | temperature and exposure of the uranium metal fuel to t |
n this way results in very fast increase of | temperature in the spot of impact causing the melting o |
Generally speaking, an increase in | temperature correlates to a logarithmic decrease in the |
keep enthalpy constant and increase volume, | temperature must change depending on the sign of bkBT − |
relates the base-2 logarithmic increase in | temperature to the increase in the dimensionless entrop |
ble for every 10 degree Celsius increase in | temperature. |
lies of carburetted engines to increase the | temperature of the air going into the engine for the pu |
eawater doubles with every 16 K increase in | temperature. |
e to detect and measure a small increase of | temperature during the slightest muscular movement. |
aporation and there is a slight increase in | temperature. |
nd/or memory impairment, and increased body | temperature. |
Dallinger slowly increased the | temperature of the incubator from an initial 60 °F up t |
The resulting reaction increased the | temperature of the liquid inside the tank to 200 °C (40 |
f the magnetic field is then increased, the | temperature rises and the magnetic salt has to be coole |
trical resistivity of curium increases with | temperature - about twice between 4 and 60 K - and then |
rongly promotes wakefulness, increases body | temperature, locomotion and elicits a strong increase i |
S) over Mach 0.2, as Airspeed increases the | temperature exceeds that of still air. |
anic compounds nearly always increases with | temperature. |
is, the solubility threshold increases with | temperature. |
Increasing water | temperature, salinity and bacterial levels led to massi |
bed molecules is measured by increasing the | temperature at a heating rate of typically 2 K/s to 10 |
ss times can be mitigated by increasing the | temperature of the reaction area. |
This was the process of increasing the | temperature of the steam produced in the boiler so the |
When using an incubator the | temperature should be 99.5 °F at 86% humidity for days |
no longer possible to independently control | temperature and pressure. |
ding edenite in the field can indicate high | temperature regional metamorphism of the surrounding ro |
Presence of sideromelane indicates higher | temperature of the lava, and solidifying of the flow cl |
Annotation "(s)" indicates equilibrium | temperature of vapor over solid. |
dings will be obtained indicating incorrect | temperature. |
The influence of | temperature on three species of adult trematodes (subsc |
tic, and more specifically the influence of | temperature, humidity, magnetic storms, and sunspots on |
RI of a substance is strongly influenced by | temperature and the wavelength of light used to measure |
a good first guess for the initial contact | temperature for finite bodies. |
y a part in sensing innocuous environmental | temperature. |
w as −45 °C (−49 °F), but on the inside the | temperature may range from −7 °C (19 °F) to 16 °C (61 ° |
In the United Kingdom for instance, room | temperature is traditionally 18°C (64°F) but is now reg |
uld be very loud, and poorly insulated from | temperature extremes such as heat and cold. |
It insulates against | temperature, noise, and electrical current. |
esides its great fundamental interest, room | temperature magnetoresistive tunnelling is the basis fo |
ation that maintains a stable internal body | temperature regardless of external influence. |
factor method is that it takes into account | temperature effects on the meter. |
rs Celsius was an astronomer who invented a | temperature scale where 0 represented the boiling point |
which he developed a method involving high | temperature digestion in a sealed tube. |
it is not | temperature dependent (such as molar concentration) and |
It is the | temperature measured by a regular thermometer exposed t |
oceanic climate means that there is little | temperature variation. |
T is the | temperature of the black body; |
A Bancroft point is the | temperature where an azeotrope occurs in a binary syste |
enite to martensite upon cooling; Mf is the | temperature at which the transition to martensite compl |
α is the | temperature compensation slope of the solution. |
rection of research at the Institute is low | temperature physics, such as superconductivity and supe |
The species is incredibly | temperature sensitive. |
where dT / dx is the | temperature gradient that results from the y-component |
Tc is the | temperature at the critical point, and |
laborate, but on simple terms the MDMT is a | temperature arbitrarily selected by the user of the ves |
where k is Boltzmann's constant, Ts is the | temperature, d is the molecular diameter and ps is the |
Because refractive index is very | temperature dependent, it is important to use a refract |
T is the | temperature given above, and T' is the temperature of t |
The center roller is a | temperature controlled brass roller, the bottom roller |
Another method for conversion is low | temperature and high temperature coal carbonization. |
re k is the Boltzmann constant and T is the | temperature). |
Because Hofmann elimination is a | temperature- and plasma pH-dependent process, cisatracur |
T0 is the | temperature at standard sea level (288.15 |
rial-specific Curie constant, T is absolute | temperature, measured in kelvins, and Tc is the Curie t |
enumber [cm−1] of the hot band and T is the | temperature [K]. |
re k is the Boltzmann constant and T is the | temperature in kelvins. |
over the 26°C (78.8°F) isotherm-the lowest | temperature required for a tropical cyclone to develop- |
al composition (including isotopic ratios), | temperature, wind speeds and cloud structure to pressur |
is formed from ice Ih by compressing it at | temperature of 198 K at 300 MPa or by decompressing ice |
It provides | temperature controlled transportation services for over |
Its equilibrium | temperature could be between approximately 393-555 K (1 |
Its surface | temperature is 2600 ± 150 K, which is about half that o |
edicated boiler house to maintain its water | temperature at 34oC (94oF). |
Because of its nonzero | temperature, this system contains thermal energy. |
id crystal is cooled towards its transition | temperature. |
Its equilibrium | temperature, due to its proximity to its star, is hot, |
g a hydrocarbon nearly to its decomposition | temperature, and permitting the graphite to crystallise |
om one of its first imbibers noting its hot | temperature and high alcohol and remarking (in Italian) |
resents a navigation hazard due to its high | temperature, and one or more orbiting planets. |
ically refers to the plastic in its forming | temperature, which can vary depending on how it is bein |
ection because of a combination of its high | temperature (so that it radiates mainly in the ultravio |
longs to the spectral class T7, its surface | temperature is 800-1300 Kelvin. |
Above its Curie | temperature (about 350K) Jahn-Teller polarons are forme |
300 times that of the Sun while its surface | temperature measure in at 22,400 kelvins. |
an Mercury does to the Sun, and its surface | temperature is likely to be very high. |
Due to its high | temperature, it must have a mass greater than 16 solar |
he spectral type B6III, meaning its surface | temperature is 11,000 to 25,000 kelvin. |
Its average | temperature is about 6 degrees. |
alled a temperate exoplanet as its cloudtop | temperature ranges from -20 degrees to 160 degrees Cels |
this star is 20 solar radii and its surface | temperature is 7200 kelvins. |
aning it is yellowish white and its surface | temperature ranges from 6,000 to 7,500 kelvin. |
In spite of its cooler | temperature, Deneb Kaitos is much brighter than the Sun |
sking helps the turtle to maintain its body | temperature as well as for the synthesis of Vitamin D. |
Its "service | temperature range" is defined between -60 and 180 degre |
ly to possess an atmosphere due to its high | temperature and strong radiation from the star. |
uperconductor when it is below its critical | temperature. |
The discoverers estimate its effective | temperature as 264 K from solar heating, but it could b |
he liquid phase as it is below its critical | temperature. |
eats the metal above its re-crystallization | temperature (0.6 Melting temperature). |
prepared, it is heated to its decomposition | temperature, 600 °C. |
egions, the lemur does not control its body | temperature while hibernating, and if the tree hole in |
phenomenon, Brookings recorded its highest | temperature ever, 110 degrees Fahrenheit, on July 8, 20 |
Its Curie | temperature (Tc) is 16.6 K. Below this temperature EuS |
red by heating the sample at its denaturing | temperature and then the temperature is suddenly reduce |
he spectral type B7III, meaning its surface | temperature is at least twice as hot as that of the Sun |
gas' volume is proportional to its absolute | temperature. |
Its effective | temperature is estimated at about 800 Kelvin. |
s external environment to regulate its body | temperature. |
f hazardous microorganisms, due to its warm | temperature. |
and squeezes the water out as its internal | temperature rises; the relative quantity of water masks |
ongs to the spectral class T8V; its surface | temperature is 600-750 Kelvin. |
ving active means to maintain its operating | temperature constant |
The blast lowers Jack's body | temperature, and he walks into the midst of the swarm a |
January's average | temperature is about −5 °C (23 °F). |
ation of which is limited by the jet pack's | temperature. |
July's average | temperature is about 18 °C (64 °F). |
In summer (March - June) the | temperature rises to the extends of 50 degree cl. which |
Care must be taken to keep the | temperature low during processing as to avoid premature |
l is cooled at a moderate speed to keep the | temperature gradient minimal. |
cessary, and care must be taken to keep the | temperature down. |
rely on their open architecture to keep the | temperature low. |
The deep burrows keep the | temperature below the highest daytime temperatures, and |
by slow evaporation of the helium kept the | temperature of the telescope below 3.4 K and the scienc |
esorption spectroscopy (TDS), also known as | temperature programmed desorption (TPD) is the method o |
mpound with the highest known decomposition | temperature is carbon monoxide at ≈3870 °C (≈7000 °F).. |
La Superba's | temperature is believed to be about 2800 K, making it o |
The town experiences a lack of | temperature extremes, with temperatures below 0 °C (32 |
to with air; the difference is the lack of | temperature diluting inert gases. |
In 2000, the lake's water | temperature increased. |
he fog is responsible for the large diurnal | temperature variation with nighttime temperatures dropp |
Very large daily | temperature swings are a regular feature of Lake City's |
A large room | temperature magnetization and narrow ferromagnetic reso |
ground, possibly to protect the larva from | temperature extremes and parasitoids. |
Development of the planktonic larvae is | temperature dependent and takes between 54 and 72 days |
s on the abdomen varies with larval rearing | temperature, as does wing length. |
Sample is heated by a CO2 laser and | temperature is measured from sample brightness by a pyr |
surized to 4,500 psi at 96 °F and later the | temperature drops to 32 °F, the pressure gauge will ind |
in order to eliminate stratified layers of | temperature, plant, or animal life. |
pical climates and usually losing leaves if | temperature gets below 60F. |
simple measurements for time, length, mass, | temperature, amount of substance, electric current and |
different micro-climate, with less extreme | temperature variation. |
eters, pressure transmitters, level meters, | temperature instruments, and analysis instruments, etc. |
monitors the fish habitat, water levels and | temperature below the Neversink Dam. |
Different levels of | temperature and precipitation encouraged the growth of |
allowing precise control over the levels of | temperature, humidity, ventilation and lighting in the |
tion is usually affected by light exposure, | temperature, and pH levels. |
e color can change depending on lighting or | temperature. |
ion or external demand factors like outside | temperature and the need to provide heat to maintain co |
ed materials with associated limitations in | temperature range. |
n had problems because of limited operating | temperature constraints. |
m a maritime climate, with limited seasonal | temperature ranges, and generally moderate rainfall thr |
Above the heavy line, the | temperature is above the boiling point, and the dry (su |
Ruska added expertise and product lines in | temperature and pressure/flow calibration. |
influenced by the ratio of lipids present, | temperature, hydration, pressure and ionic strength (an |
nal observation was made at liquid nitrogen | temperature (77 kelvins), but using temperatures close |
th liquid nitrogen to achieve a liquid bath | temperature of -160 °C. |
be achieved by variation of the liquid, the | temperature or variation of the pressure. |
ld be kept in a place that varies little in | temperature. |
in EHD film may be caused by excess load or | temperature, a lower oil viscosity than is required, lo |
h and low speed, high and low load, various | temperature ranges, U.S. Food and Drug Administration ( |
factors that depend on the location include | temperature and oxidation/reduction. |
to maintain a relatively long-term average | temperature of its aquifer; so flow from a spring may b |
As a Possessor, Qin's body loses its | temperature fast and he is forced to jump from body to |
or white commissure, leading to the loss of | temperature, pain, and coarse touch sensation at the af |
and consequently they have a low combustion | temperature. |
ing fluid works due to the low autoignition | temperature of diethyl ether: 160 °C (320 °F) |
be rigidly observed (due to the low melting | temperature of the aluminum metalized "wires" and the s |
rconductor with a relatively low transition | temperature of 0.45 K. |
t to the established consensus that low air | temperature was a major factor in Challenger's destruct |
ause it has a high gas output and low flame | temperature. |
The star has a very low effective | temperature (roughly 2700 K) but a very large and bloat |
Because of its low Curie | temperature, chrome tape lent itself to thermomagnetic |
or cooking purposes, it has a very low melt | temperature and an extremely high burn temperature. |
fog formation include not only low surface | temperature but also a preexisting surface inversion of |
The low processing | temperature is possible because the plasma generates at |
n diarrhea and stomach ache due to low body | temperature. |
is into a slow-burning fuel of low ignition | temperature (capable of being ignited by a firesteel) t |
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