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共起表現

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This results in a narrow	temperature range, evenly spread rainfall, low levels o
of the surrounding atmosphere (at a certain	temperature) at which the material begins to absorb moi
discovered that metals can have a negative	temperature coefficient of resistance, inventing what h
rements are usually reported at a reference	temperature of 20 degrees Celsius, which is equal to 68
First, the whey is heated to a low	temperature just a few degrees below 100 °F and then ew
he reactants more quickly, burn at a higher	temperature, and increase the spread of the fire.
iscium B. Phi Piscium A possesses a surface	temperature of 3,500 to 5,000 kelvins.
s equivalent to 5 Suns and it has a surface	temperature of 20,000 kelvins.
If a reduction takes place at a certain	temperature, hydrogen is consumed which is recorded by
stic material an equal distance at a higher	temperature than it does at a lower temperature.
otaxis (the nematode worm prefers a certain	temperature and moves accordingly).
leic acid amplification which uses a single	temperature incubation thereby obviating the need for e
spectral type K0V, meaning it has a surface	temperature of 3,500 to 5,000 kelvin and is a dwarf sta
Waters in the blue holes are of a constant	temperature and never freeze over despite northern Ohio
pe is K2III, meaning it possesses a surface	temperature of 3,500 to 5,000 kelvins.
ral type F5, meaning it possesses a surface	temperature of 6,000 to 7,500 kelvin, which is slightly
f 1911 was unusually hot, reaching a record	temperature of 107 F on July 10.
th a tank of pure oxygen to achieve a flame	temperature nearing 3095 kelvins (2820 °C/5110 °F).
A typical	temperature increase upon ignition of a cool flame is a
spectral type F0V, meaning it has a surface	temperature of about 7,500 kelvins.
brium concentration of vacancies at a given	temperature.
of 630 times that of the Sun and a surface	temperature of 14,000 kelvins.
or more hours, reduced operated at a higher	temperature than specified.
to cool the nest, keeping it at a suitable	temperature for larval development.
In a high	temperature environment, an epimerization change is mor
Since the surface of the Earth is a low	temperature environment compared to the zones of rock f
e as many usable BTUs of energy at a higher	temperature than provided by high quality flat plate co
spectral type K2, meaning it has a surface	temperature of 3,500 to 5,000 kelvin.
ed through the sample, heating it to a high	temperature to excite the atoms within it.
the subsequent glost firing is at a higher	temperature than used in on-glaze decoration the range
fer highly oxygenated water and have a high	temperature tolerance.
mixed with milk and heated to a sufficient	temperature.
erance, but does not need as high a working	temperature.
rned to the natural environment at a higher	temperature, the change in temperature decreases oxygen
type M2III, meaning it possesses a surface	temperature of under 3,500 kelvins.
dely it has become spread out at a specific	temperature.
del was made from clay, then fired at a low	temperature; it was then painted, but most of the paint
ernal energy of the surroundings at a given	temperature.
ith water at liquid state and a comfortable	temperature, a planet would have to be located within 8
tral type K2.5III, meaning it has a surface	temperature of 3,500 to 5,000 kelvins.
mass of 8 ± 2 Jupiter masses and a surface	temperature of 1600 ± 100 kelvin, theoretical models fo
Fermented at a higher	temperature than a lager it produces a range of refresh
When the disk reaches a critical	temperature, the gas collapses onto the white dwarf res
ront is often well defined, causing a large	temperature drop in a 24-hour period.
This is because energy supplied at a high	temperature (i.e. with low entropy) tends to be more us
so that the cans can be heated to a higher	temperature and thus be sterilized more quickly.
and giant bamboo, and is kept at a tropical	temperature and moisture level.
s, the binodal can be determined at a given	temperature by drawing a tangent line to the free energ
With a mean	temperature of 28 °F (−2.2 °C) in January and 68 °F (20
g a standard alcohol solution at a specific	temperature using a simulator each time the operator of
seventh attempt, in a calm sea and a water	temperature of 62 degrees.
nge Bowl in Miami's history with a kick-off	temperature of 49 degrees.
the smoke comes off the oil at such a high	temperature. .
ectral type M5III, meaning it has a surface	temperature of under 3,500 kelvins.
mass of some 40 solar masses and a surface	temperature of 37,000 kelvins, making it one of the hot
stream, and so does not operate at a single	temperature, but experiences a range of temperatures th
flow which is in turn volatilised in a high	temperature flame in the case of AAS or volatilised in
It therefore has a surface	temperature of 7,500 to 11,000 kelvins and is many time
The technology can be applied where a low	temperature separator is undersized, or when a lower pr
tests which relied on dry heat and a single	temperature, pointing out that relative humidity affect
000), low loss, low coercivity (5 A/m) good	temperature stability and saturation flux density up to
If an abnormally high	temperature is recorded the equipment will indicate the
vide more precise details about atmospheric	temperature and moisture profiles, although with a less
ge, effects, and the whole thing about it's	temperature stability - "suggested that the claim was p
t I removed does not say anything about the	temperature of the gas coming out of the engine.
ly odorless liquid that boils at about room	temperature.
s crystals that sublime slightly above room	temperature.
rdinary water server at slightly above room	temperature, and the Gagrakackan "tzjin-anthony-ks" whi
degrees it has been heated above saturation	temperature.
Above this	temperature, the SU(2) and U(1) quantum numbers describ
Argentite is the stable form above that	temperature.
ing point of the mixture to just above room	temperature.
ation, but decomposes on heating above room	temperature.
dists” believe that foods cooked above this	temperature have lost much of their nutritional value a
HCo(CO)4 melts at -33 °C and above that	temperature decomposes to Co2(CO)8 and H2.
Near or above room	temperature, HF is a colorless gas.
ferroelectric below 1430 K, and above this	temperature it transforms into a paraelectric phase.
ling point is just a few degrees above room	temperature and isopentane will readily boil and evapor
, July, and August, and an absolute maximum	temperature of 24 °C (75 °F).
universe cooling to approach absolute zero	temperature and approaching a state of maximal entropy
trons are normally present at absolute zero	temperature.
The absolute maximum	temperature stands at 34.7 °C (94.5 °F), recorded in Au
bient conditions capable of absorbing rapid	temperature rise and intense bombardment shock) in the
ter cycle times and extremely accurate part	temperature control.
the results to attempt to achieve accurate	temperature measurement even when the emissivity is unk
exchange and transport, acid-base balance,	temperature adaptation, metabolic energetics and regula
he effects of changing seawater acidity and	temperature on marine life has drawn wide attention.
, through cryosuction/capillary action) the	temperature of the sediment will remain at a constant t
t NFL game on record in terms of actual air	temperature, with an official game-time temperature of
The maximum adiabatic flame	temperature a propane torch can achieve with air is 226
Due to Adiabatic lapse,	temperature and pressure decrease as altitude increases
ing wigs or makeup, and even adjusting body	temperature by use of electric blankets or baths.
of the most technically advanced commercial	temperature calibration laboratories in the UK.
activity prior to technological advances in	temperature control fermentation vessel.
ed in the Chianti zones until the advent of	temperature controlled fermentation tanks.
etermination of O3, NO2, NO3−, aerosols and	temperature.
infinite shelf life and is not affected by	temperature.
It is affected by	temperature, mood, and light.
ased on the TCA level in the affected wine,	temperature, and the alcohol level of the wine.
as measured volumes are highly affected by	temperature and pressure.
ker to hold the glass without affecting the	temperature of the drink, and the wide bowl places the
h, which can appear several days after high	temperature and painful sore throat, can be itchy and p
have substantial voltage delays after high	temperature storage followed with discharge at low temp
ntent calculations, expected afternoon high	temperature, afternoon minimum relative humidity and da
(k), ordinate axis) plotted against inverse	temperature (1 / T, abscissa).
al degradation resulting from the aging and	temperature effects on the elements within the device o
material viscosity, material agitation, and	temperature.
B-C-E compared to the surrounding air mass	Temperature (T) and humidity (Tw)
centers to interpret slight air-pressure or	temperature changes, sounds, and smells.
Garbuzov et al."2.3-2.7 room	temperature CW operation of InGaAsSb/AlGaAsSb broad wav
Note that these are all negative	temperature values.
The city's all-time high	temperature is 113 °F (45 °C), recorded in 1954, while
The all-time maximum	temperature of 119 °F (48 °C) was recorded on July 31,
For example, alligators use	temperature dependent sex determination during egg incu
to crystallize, for example by allowing the	temperature of the solution to decrease, the precipitat
Measurement of an x-ray spectrum allows the	temperature to be determined, assuming it is thermal em
coated with a processed aluminum alloy for	temperature control.
le factor, between 0 and 1, used along with	temperature, to calculate emittance for a given materia
en found to be able to move along shallower	temperature gradients (0.001C/cm) than any other known
Thunderstorms are common, along with	temperature around 85°F with heat index in the upper 90
However, in TGGE, there is also a	temperature gradient across the gel.
Also, significant	temperature changes can be damaging.
See also: Neutron	temperature and neutron moderator
Alternately, a	temperature gradient is induced.
at the time of crash was fine, although the	temperature was below zero degrees Celsius.
Although the	temperature in the curing sheds sometimes exceeds 38 C
oximately 10°C (20°F) above the ambient bay	temperature.
and blankets, regardless of the ambient air	temperature.
ight only 10 - 12 degrees above ambient air	temperature.
s produce reduced thrust as the ambient air	temperature increases.
cosmic rays in the galaxy has an effective	temperature of 2.8K
is quite useful for maintaining an intended	temperature within a separatory funnel, for example, af
nown as hot Jupiters and has an atmospheric	temperature of approximately 1983 K.
The photosphere shows an effective	temperature of 5,625 °K and a metallicity (Fe/H) equal
ht to be extremely hot, with an equilibrium	temperature greater than 1700 Kelvin (2600 Fahrenheit).
environment and prefer freshwater an ideal	temperature range of 66 - 77 °F (19 - 25 °C).
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
tances are characterised by an autoignition	temperature at which they will undergo combustion in ai
With an estimated	temperature of at least half a million degrees, it woul
an apparent magnitude of 8.25, an effective	temperature of 5705 ± 27 K and a solar luminosity 1.28.
The cave stays at an average	temperature of 57 degrees Fahrenheit (13.8 degrees Cels
3.8 billion years old, and has an effective	temperature of 5647 K (9,705 °F).
nental-plateau type climate with an average	temperature of +9OC (January -4OC, July +18OC).
With an effective	temperature of 6176 K, HD 205739 is also hotter than th
rolling the cooling rate with an electronic	temperature controller.
e photosphere of Mu Cephei has an estimated	temperature of 3,690 ± 50 K.
month of the year is August with an average	temperature of 79 degrees Fahrenheit.
The warmest month, July, has an average	temperature of just 3.3 °C (37.9 °F).
e coldest month is December with an average	temperature of 64 degrees Fahrenheit.
g Fantails in an aquarium requires an ideal	temperature ranging between 55 to 70°F (13 to 21°C).
f the engine is naturally aspirated, an air	temperature sensor is located in the air flow meter to
The star has an effective	temperature of 6300 K, making it hotter than the Sun.
an X-ray	temperature of ~107 K, and
the coolest known stars, with an estimated	temperature of 600 Kelvin (326 degrees Celsius), cooler
billion years old and to have an effective	temperature of 5627 (± 44) K; To compare, the Sun is yo
An air	temperature of 26°C (79°F) would mean a dew point betwe
cooling of molten glass generates an uneven	temperature distribution in the body of the glass which
rm, the house is heated against an exterior	temperature gradient of perhaps ten to fifteen degrees,
Human catalase works at an optimum	temperature of 37°C, which is approximately the tempera
Roy Spencer, has maintained an atmospheric	temperature record derived from satellite microwave sou
For example, with an absolute	temperature ratio of 2, the portion of the equation rep
the whole of Great Britain with an average	temperature of 11.6°C, where there are on average less
a magnetic field is applied, an orthogonal	temperature gradient develops.
o its host causes it to have an atmospheric	temperature of approximately 1717 K.
ation of a specific target at an isothermic	temperature that does not require a thermal cycler.
The records show an average	temperature of a few °C (°F) below 0 °C (32 °F) in summ
int of 38 °C (100 °F), with an autoignition	temperature of 210 °C (410 °F).
al zone (TNZ) is essentially an endotherm's	temperature tolerance range.
e is very arid and semi hot with an average	temperature of between 18 and 22C.
are mild and not very snowy with an average	temperature of -2.0 °C while summers are warm with an a
the warmest place in Poland with an average	temperature in the summer being between 23 °C (73.4 °F)
er hardness of up to 15.0 dGH, and an ideal	temperature range of (23-27 °C (73-81 °F) .
region, in order to store wine at an ideal	temperature and humidity.
HEMT-based receivers, both at an operating	temperature of 20K (-253 C) and in the frequency range
This would result in an effective	temperature around 50 K, similar to that of Neptune.
thyl silicone capillary column with an oven	temperature increasing slowly, beginning around 60°C, a
g of a pyrotechnic mixture with an ignition	temperature lower than that of the star.
This snail prefers an aquarium	temperature of 22.2-25.6
Hafnium diboride is an ultra-high	temperature ceramic composed of Hafnium and Boron.
ater hardness of up to 15 dGH, and an ideal	temperature range of 24-28 °C (75-82 °F).
A fresh root stored at an appropriate	temperature will keep for a month or two.
er hardness of 5.0 - 19.0 dGH, and an ideal	temperature range of 69 - 79 °F (20 - 26 °C).
A plot of ancient water	temperature over time indicates that climate has varied
6O ratio provides a record of ancient water	temperature.
ng a fan to keep both the CO2 level and the	temperature uniform.
ires a pressure of 1000 atm (100 MPa) and a	temperature of 3 degrees Celsius.
H for the enzyme activity was 9 and optimum	temperature was 90oC.
on the parent rock of the granulite and the	temperature and pressure conditions experienced during
of curve relates the illuminance and colour	temperature of visually-pleasing light sources.
h as vessel size, cargo flow rate and cargo	temperature.
Its mass is 1.2 solar and effective	temperature 5610 kelvins.
0 pH, a water hardness of 2 - 25 dGH, and a	temperature of 79 °F (26 °C).
8.0 pH, a water hardness of 2-25 dGH, and a	temperature of 83 °F (28 °C).
The minimum and maximum	temperature of the area is 19oC (in winter) and 40oC (i
heat detector, both rate of rise and fixed	temperature operation.
e degradation to ultraviolet light and high	temperature / humidity conditions PEDOT:PSS UV-stabiliz
re of 295 psi (2,034 kPa; 21 kgf/cm2) and a	temperature of 460 °F (238 °C).

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共起表現

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