「temperature]」の共起表現(1語左で並び替え)5ページ目

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the discharge of a cold water at a constant	temperature, resulting in an ideal habitat for rainbow
ystems the wire is maintained at a constant	temperature, the current required to achieve this is th
be put into mathematical terms (at constant	temperature) as
e test subject is then placed in a constant	temperature cooling bath on top of a gasket to prevent
le fermenting for three years at a constant	temperature of 15C.
proximately 30 days and requires a constant	temperature of greater than 30°C (86°F).
reaction (PCR), but that works at constant	temperature.
lectronic crystal oscillators at a constant	temperature, in order to prevent changes in the frequen
density of possible hosts and the constant	temperature throughout the year.
ric layer under the assumptions of constant	temperature and gravity.
Waters in the blue holes are of a constant	temperature and never freeze over despite northern Ohio
that a linear relation exists, at constant	temperature, between the crystal lattice parameter of a
awn in the wet region and lines of constant	temperature are drawn in the superheated region.
, and as a heat transfer medium in constant	temperature baths.
a good first guess for the initial contact	temperature for finite bodies.
If, on the contrary,	temperature is too low to support a thermotropic phase,
ng the pipe, a user draws slowly to control	temperature, improving the yield of cannabinoids.
no longer possible to independently control	temperature and pressure.
mposite manufacturing uses fluid to control	temperature, as opposed to the gas generally used withi
ction Calorimetry is the ability to control	temperature in the face of extreme thermal events.
e-like saucepan and roasted at a controlled	temperature.
w through a calibrated tube at a controlled	temperature.
on the marver, for two reasons: controlling	temperature and adjusting shape.
an altitude chamber, capable of controlling	temperature, humidity and atmospheric pressure.
The convective	temperature (CT or Tc) is the approximate temperature t
air is heated from below to the convective	temperature, without mechanical lift.
Convective	temperature is important to forecasting thunderstorm de
r long periods to maintain the high cooking	temperature.
ers were added to increase fuel and coolant	temperature, a large heavy-duty battery was fitted and
They are commonly controlled by coolant	temperature or under hood air temperature, but may be p
Thus, changes in the average coolant	temperature, notably from the steam demand of engine th
mmed" in or out to regulate average coolant	temperature or lowered to the bottom of the reactor ves
In spite of its cooler	temperature, Deneb Kaitos is much brighter than the Sun
-average light levels and a slightly cooler	temperature.
ble thermometer that allows a person's core	temperature to be continuously monitored.
The Sun for example has a core	temperature of 13,600,000 K.
not noticed by the operators until the core	temperature alarms sounded.
"Proton core	temperature effects on the relative drift and anisotrop
or days to get the new water to the correct	temperature.
The correct	temperature difference assures that all processes occur
days providing they are kept at the correct	temperature (10 to 15 degrees Celsius; 32 to 41 °F) and
not flow, 3°C is added to the corresponding	temperature and the result is the pour point temperatur
rs during the summer months, when the creek	temperature remains in the 40s Fahrenheit.
Tl2Ba2Ca2Cu3O10 (TBCCO-2223) has a critical	temperature (Tc) of 127 K, discovered in 1988.
als in about 1873 when he used the critical	temperature and critical pressure to characterize a flu
sk, when gas in the disk reaches a critical	temperature that causes a change in viscosity, resultin
uld have been vaporised once their critical	temperature had been reached."
where Tc is the critical	temperature of the substance.
stance rises suddenly at a certain critical	temperature.
uperconductor when it is below its critical	temperature.
the reactor, which is approaching critical	temperature, detonates.
he liquid phase as it is below its critical	temperature.
ne there is the zone of LCT (lower critical	temperature) and above there is the zone of UCT (upper
tants for the species at hand: the critical	temperature Tc, critical pressure Pc, and the acentric
rials or circuits underneath their critical	temperature of typically a few kelvins.
pages 2560-2561, except for critical	temperature line (31.1°C) and temperatures -30°C and be
When the disk reaches a critical	temperature, the gas collapses onto the white dwarf res
The critical	temperature of oxygen is −118 °C.
or with its input stage cooled to cryogenic	temperature
oints of the gas relative to the cryopump's	temperature.
s acquired during cooling through the Curie	temperature of the magnetic minerals and is the best so
Above its Curie	temperature (about 350K) Jahn-Teller polarons are forme
Hysteresis heating occurs below the Curie	temperature where materials lose their magnetic propert
Because of its low Curie	temperature, chrome tape lent itself to thermomagnetic
Its Curie	temperature (Tc) is 16.6 K. Below this temperature EuS
Ferromagnetic materials below their Curie	temperature, however, exhibit magnetic domains in which
mometer is flipped upside down, the current	temperature will be shown until it is turned upright ag
and minimum scales; this shows the current	temperature and should be the same on both scales.
Mean maximum daily	temperature in summer is 34°C and in winter is 19°C.
Very large daily	temperature swings are a regular feature of Lake City's
Average daily	temperature in Karur during January is around 23 °C, th
t retreats to cooler areas during the daily	temperature peaks.
Seed germination occurs best with daily	temperature fluctuations or after stratification, which
the humidity starts to increase and the day	temperature might rise up to 32 °C.
to include two colder months with a daytime	temperature of 24°C and 16°C at night.
The daytime	temperature on Eros can reach about 100 °C at perihelio
The daytime	temperature should be between around 29°C while at nigh
around 130 °C, although, the decomposition	temperature of impure samples can be much lower.
g a hydrocarbon nearly to its decomposition	temperature, and permitting the graphite to crystallise
e of 100% MgO, the publicated decomposition	temperature in cases of material safety is 662 °C.
The decomposition	temperature of a substance is the temperature at which
mpound with the highest known decomposition	temperature is carbon monoxide at ≈3870 °C (≈7000 °F)..
prepared, it is heated to its decomposition	temperature, 600 °C.
IBGe also offers lower decomposition	temperature (the onset of decomposition at ca. 325-350
erties change with increasing or decreasing	temperature.
easing pressure and salinity and decreasing	temperature.
n which it's based) as changes in the delta	temperature (Tout - Tin) are magnified by keeping the f
Requirement for precise denaturation	temperature control during PCR to within ± 0.3 °C (0.54
red by heating the sample at its denaturing	temperature and then the temperature is suddenly reduce
Ice, depending on the desired	temperature of the drink.
and cooling systems to maintain the desired	temperature and humidity.
the fuel being used to produce the desired	temperature.
The entire vessel can be kept at desired	temperature by using a limpet jacket, jacketed bottom d
th, protection from drought and destructive	temperature changes, and the development of a healthy c
le/thermocouple circuits are used to detect	temperature differences between the reference cell (fil
The output signal of the detector (	Temperature T) is related to the thermal radiation or i
Physical abilities: able to determine	temperature of a flame to a thousandth of a degree at a
to reading a thermometer gauge to determine	temperature.
nd De Sitter Thermodynamics from Diamonds's	Temperature, Triply special relativity from six dimensi
At a rather different	temperature, a line of Routemasters at a LBPT bus event
tem was to insert a liquid with a different	temperature into the body resulting in an increase or d
A differential	temperature sensor with a motorized valve can control t
four thermodynamic diagrams used to display	temperature lapse rate and moisture content profiles in
water sewers using fiber-optic distributed	temperature sensing.
fiber optic cables are used for distributed	temperature sensing.
marked by ancient calcareous soils, diurnal	temperature variations of nearly 50 °F (10 °C), and war
he fog is responsible for the large diurnal	temperature variation with nighttime temperatures dropp
t areas typically have the greatest diurnal	temperature variations.
Wide diurnal	temperature ranges are regular, due to the aridity and
The area has a fairly significant diurnal	temperature variation upwards of 30°F between daytime a
obtained from the amplitude of the diurnal	temperature curve (i.e., maximum minus minimum surface
fic Ocean, the AVA is prone to wide diurnal	temperature variation of between 40 to 50 degrees Fahre
Diurnal	temperature variations are greatest very near the earth
e most familiar such pattern is the diurnal	temperature variation.
Diurnal	temperature variation is a meteorological term that rel
The area has a wide diurnal	temperature variation of up to 50 °F (10 °C), with dayt
Doppler	temperature is the minimum temperature achievable with
vain or sourdough pre-ferment, if the dough	temperature drops below 10 °C (50 °F) it affects the cu
The dry-bulb	temperature is the temperature of air measured by a the
uted to different influences on the earth's	temperature is faulty, and the validity of evidence der
seous layer where, because of the Earthlike	temperature and pressure, droplets may condense from th
density of the earth, change in the earth's	temperature occurs slowly.
Metabolic ecology:	temperature and body size in the determination of biolo
In general, the edge	temperature under expected use is an important determin
st, they were measurements of the effective	temperature of space and did not suggest that space was
cosmic rays in the galaxy has an effective	temperature of 2.8K
The effective	temperature spans between a minimum of 2,400 and a maxi
The photosphere shows an effective	temperature of 5,625 °K and a metallicity (Fe/H) equal
Its mass is 1.2 solar and effective	temperature 5610 kelvins.
HD 49933 has a higher effective	temperature than the Sun at about 6,598 K and emits 3.4
mass of Jupiter, and an estimated effective	temperature of 950 K.
olest white dwarfs known, with an effective	temperature estimated to be approximately 3900 K equali
Kepler-11 has an effective	temperature of 5680 (± 100) K, only slightly cooler tha
an apparent magnitude of 8.25, an effective	temperature of 5705 ± 27 K and a solar luminosity 1.28.
r microturbulence varies with the effective	temperature and the surface gravity.
3.8 billion years old, and has an effective	temperature of 5647 K (9,705 °F).
With an effective	temperature of 6176 K, HD 205739 is also hotter than th
The hydrogen lines and effective	temperature of the star are similar to spectral type A8
The star has an effective	temperature of 6300 K, making it hotter than the Sun.
er quality wines and to have more effective	temperature control.
billion years old and to have an effective	temperature of 5627 (± 44) K; To compare, the Sun is yo
The star's effective	temperature is 5933 (± 44) K. To compare, the Sun relea
me, Distance (pc), Spectral Type, Effective	Temperature, Apparent Magnitude V, Mass, Radius, Age, R
sification is seen depends on the effective	temperature.
Space Telescope give an estimated effective	temperature of between 550 and 600 K and does not emit
The star has a very low effective	temperature (roughly 2700 K) but a very large and bloat
The discoverers estimate its effective	temperature as 264 K from solar heating, but it could b
Experimental Observations on the Effective	Temperature of the Sun.
This would result in an effective	temperature around 50 K, similar to that of Neptune.
Its effective	temperature is estimated at about 800 Kelvin.
The term "hot" refers to the effective	temperature used to model carrier density, not to the o
ator transition, obtained by varying either	temperature or pressure.
sity, magnetic field strength, and electron	temperature.
tential drop large compared to the electron	temperature, the result is
plasma electron	temperature measurement (TEL).
A, shot duration ~25 msec, central electron	temperature ~ 100 eV and core plasma density ~ 1019 m-3
rolling the cooling rate with an electronic	temperature controller.
ETI or Electronic	Temperature Instruments is a worldwide manufacturer and
Electronic	Temperature Instruments is the UK's largest digital the
nol and acetic acid, especially at elevated	temperature.
30% sulfur is pressure leached at elevated	temperature and pressure in an ammoniacal solution to p
action of methyl iodide on zinc at elevated	temperature or on zinc sodium alloy.
an be driven out by application of elevated	temperature and a vacuum.
ic, the LaRC-SI can be reformed at elevated	temperature and pressures.
um exhibits viscosity retention at elevated	temperature, and is stable in a wide pH range, in the p
e peroxides on contact with air at elevated	temperature.
It is cured at elevated	temperature and pressure.;
Elevated	temperature and chemical detergents are often employed
using ion exchange at elevated	temperature.
ocess subjects a component to both elevated	temperature and isostatic gas pressure in a high pressu
l allows the sample to be dried at elevated	temperature; this is especially preferred when storage
impurities from polymerization at elevated	temperature.
This elevated	temperature heat shocks non-fecal bacteria and suppress
At the elevated	temperature and pressure conditions chemically reactive
eaction with aluminium chloride at elevated	temperature rearranges to adamantane.
her a physiological effect (due to elevated	temperature) or enhanced photosynthesis (due to increas
el the metal reacts with iodine at elevated	temperature forming the iodide.
al zone (TNZ) is essentially an endotherm's	temperature tolerance range.
ection, Engine speed, Vehicle speed, Engine	temperature and Throttle body opening percentage.
hoice resulted in a higher maximum envelope	temperature of 300 degrees Fahrenheit.
y a part in sensing innocuous environmental	temperature.
case of WASP-11b/HAT-P-10b, the equilibrium	temperature is 1030 K and the Safronov number is 0.047±
or hot Jupiters is based on the equilibrium	temperature and the planet's Safronov number.
Its equilibrium	temperature could be between approximately 393-555 K (1
ht to be extremely hot, with an equilibrium	temperature greater than 1700 Kelvin (2600 Fahrenheit).
Its equilibrium	temperature, due to its proximity to its star, is hot,
as such an eccentric orbit, the equilibrium	temperature of the planet varies between 300 K and 600
Annotation "(s)" indicates equilibrium	temperature of vapor over solid.
Equivalent	temperature is the temperature of an air parcel from wh
With a magnifier it is possible to estimate	temperature changes to 0.001 °C.
With an estimated	temperature of at least half a million degrees, it woul
e photosphere of Mu Cephei has an estimated	temperature of 3,690 ± 50 K.
the coolest known stars, with an estimated	temperature of 600 Kelvin (326 degrees Celsius), cooler
Based on its low mass and estimated	temperature of around 50 K, the planet is thought to co
to around −27.5 °C (−17.5 °F) (its eutectic	temperature).
such as nickel and manganese, the eutectoid	temperature becomes much lower, but the kinetic barrier
a soldering station, which allows the exact	temperature of the tip to be adjusted, kept constant, a

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