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「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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