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「temperature]」の共起表現一覧(1語右で並び替え)14ページ目

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he substrate, vibration, flutter, pressure' temperature, size, shape, texture/grain, orientation an
°C (104 °F), New Delhi was relieved as the temperature slid down to 37.2 °C (99.0 °F).
mation of ferrite, pearlite or bainite to a temperature slightly above the martensite start (Ms) po
t, oil, or lead bath: held in the bath at a temperature slightly above the range at which martensit
lting points relatively close to human body temperature, so babassu oil can be applied to the skin
addition it has a relatively high annealing temperature so that in many sedimentary basins the crys
(ignite on contact) and are liquids at room temperature, so no tank insulation is needed.
The density of mercury will change with temperature, so a reading must be adjusted for the temp
the balance becomes weaker with increasing temperature, so the balance becomes smaller in diameter
hort generation time (about 10 days at room temperature) so several generations can be studied with
Meanwhile, the temperature soared to more than 46 °C (115 °F) at sever
of nuclear-related liquid metal (i.e., high temperature sodium) components such as pumps, flow mete
Glazing is commonly used in low temperature solar thermal collectors because it helps r
investigated as a material for intermediate temperature solid oxide fuel cell cathodes,
Harold Max Rosenberg, Low Temperature Solid State Physics, Oxford University Pres
s notable for two successful textbooks: Low Temperature Solid State Physics (1963) and The Solid St
ioctyl phosphine selenium (TOPSe) in a high temperature solution of trioctyl phosphine (TOP) and tr
be also tuned by the synthetic scheme, high temperature solvent/ligand mixtures that influence the
During Cold season minimum temperature sometimes drops down to about 2 or 3°C.
eparate DMSP microwave sensors: the SSM/T-1 temperature sounder, the SSMI/T- 2 moisture sounder, an
It may become economical if cheap high temperature sources of heat can be used in conjunction
The effective temperature spans between a minimum of 2,400 and a maxi
ng all of their energy suddenly, creating a temperature spike.
000), low loss, low coercivity (5 A/m) good temperature stability and saturation flux density up to
ge, effects, and the whole thing about it's temperature stability - "suggested that the claim was p
It has very good temperature stability and prevents solidification of li
f oxygen, Ellingham was able to compare the temperature stability of many different oxides on the s
ics, die attachment to heatsinks where high temperature stability is required (e.g.
Because of its high melting point and good temperature stability, polymethylpentene is used for au
on, parameters such as mechanical strength, temperature stability, and electrical conductivity may
The absolute maximum temperature stands at 34.7 °C (94.5 °F), recorded in Au
louds, although they may also appear in low temperature stars, brown dwarfs and planets.
starts to boil, heating is stopped, and the temperature starts to fall.
s basic idea is that on cooling from a high temperature state, symmetry breaking can occur.
Map of temperature station locations with record lengths indic
6000 temperature stations
es which can get extremely hot such as high temperature steam lines.
(or scale) which forms on surfaces in high temperature steam systems.
By heating it in an enclosed high temperature steam boiler the siliceous particles were b
Subsequently he built a temperature stimulator which showed that a decreased sk
which specialised in cryogenic and LT (low temperature) storage and capital construction projects
have substantial voltage delays after high temperature storage followed with discharge at low temp
rganisms exist in the springs, separated by temperature stratum.
Temperature strips are flexible, often disposable visua
At the time, the temperature structure was more typical of a winter stor
matic consequences: "The normal dynamic and temperature structure of the atmosphere would therefore
Oceanography: to obtain information on the temperature structure of the ocean.
e area of research includes sub-millikelvin temperature studies of helium-3.
sel Meteor conducted depth soundings, water temperature studies, took water samples, studied marine
It is usually purified by high temperature sublimation under high vacuum.
hanotrophic bacteria, transport mechanisms, temperature, substrate type, plant life, and climate.
tion of carbon with fluorine at even higher temperature successively destroys the graphite compound
uction of plates subject to wide changes in temperature, such as storage at -80C and thermal cyclin
cultivated in parts of America with warmer temperature such as California.
rol is that the clinker should reach a peak temperature such that the finishing reaction takes plac
growth is typically performed at very high temperature, such as 1100 oC.
Chill filtering works by reducing the temperature sufficiently that some fatty acids, protein
number of ways, including their response to temperature, sugar transport and use, the S. pastorianu
ells following a shift to the nonpermissive temperature, suggesting that loss of the DAD1 protein t
It occurs in low temperature, sulfur rich environments associated with s
uth Wales and a leader in the field of high temperature super-conductors.
erconducting Technology - production of low temperature superconducting wires.
sue one of the great goals in physics: room temperature superconductivity.
ation of III-V compound semiconductor, high temperature superconductor and ferroelectric oxide mate
superconducting ceramic materials (the high temperature superconductors) have perovskite-like struc
The coefficient is a function of surface temperature, surface coverage and structural details as
Very large daily temperature swings are a regular feature of Lake City's
avorable terroir: a cold dry climate, large temperature swings between day and night temperature, b
and are usually built underground to reduce temperature swings.
A Maximum Minimum Temperature System or MMTS is a temperature recording s
nputs that can be varied include frequency, temperature, system- or component-specific variables, a
his market, he moved on to developing lower temperature systems resulting in 1895 in a patent cover
e adsorption, absorption, membranes and low temperature systems achieved by refrigeration or expans
merfeld expansion is valid for large β (low temperature) systems.
For a prescribed temperature, T and the spectral interval from 0 to λ ,
In this case the temperature T is proportional to the Hubble parameter H
The output signal of the detector ( Temperature T) is related to the thermal radiation or i
particles (inasmuch as mc2 ≪ kBT holds) at temperature T,
in the system and in general depend on the temperature T.
ternal energy, U, is only a function of the temperature T; therefore the partial derivative of heat
y impure) is dissolved in a solvent at high temperature, taking advantage of the fact that most sol
The superconducting transition temperature Tc depends on the film structure and is bel
tants for the species at hand: the critical temperature Tc, critical pressure Pc, and the acentric
electrical conductivity at the calibration temperature Tcal,
ryonics is the science of using extreme low temperature technology to preserve and restore human li
Macroscopically, temperature tells of the tendency of matter to transfer
ation, and the Beale equation in which this temperature term is taken as a constant.
Heating to above the so-called gelation temperature Tgel takes the gel back to the solution.
cle taking place between a hot reservoir at temperature TH and a cold reservoir at temperature TC.
rf star only slightly smaller and cooler in temperature than the Sun.
causing the liquid to evaporate at a lower temperature than normal.
HD 49933 has a higher effective temperature than the Sun at about 6,598 K and emits 3.4
eracting) much earlier and thus at a higher temperature, than higher mass WIMPs.
Steel welds at a lower temperature than iron.
i.e. they separate when heated at a higher temperature than dissimilar sequences, a process known
ese bumblebees also have a higher abdominal temperature than its temperate cousins.
It is a giant star, cooler in surface temperature than our Sun, yet larger and brighter.
so more tolerant of changes in humidity and temperature than are many other species.
t band gap material usually depends more on temperature than that of a direct material, because at
otropes, where the mixture boils at a lower temperature than either component.
in a climate with less diurnal variation in temperature than surrounding areas.
re traditionally drunk at a slightly higher temperature than most whites (14-15 °C).
shold at above 55-60° F (13-16° C), a lower temperature than most other blow-flies.
The building is heated to a much higher temperature than normal and left at that temperature fo
If the rising parcel cools to a lower temperature than its new surroundings, so that it has a
at the time, which ignited at a much lower temperature than modern motor fuels.
o maintain a constant, relatively high body temperature than smaller animals by virtue of their sma
stic material an equal distance at a higher temperature than it does at a lower temperature.
g (see discussion in igneous rock) at lower temperature than the accompanying peridotite.
or more hours, reduced operated at a higher temperature than specified.
ity and are, in general, more solid at room temperature than unsaturated fats.
e as many usable BTUs of energy at a higher temperature than provided by high quality flat plate co
the subsequent glost firing is at a higher temperature than used in on-glaze decoration the range
Fermented at a higher temperature than a lager it produces a range of refresh
allowed for the determination of the water temperature that prevailed while the animals were alive
e tropics often have seasonal variations in temperature that are smaller than their diurnal variati
sk, when gas in the disk reaches a critical temperature that causes a change in viscosity, resultin
It burned at such a high temperature that it could penetrate armour plate.
ptune in terms of size and mass, but with a temperature that is not comparable to any planet in our
This test gives an estimate for the lowest temperature that a fuel will give trouble free flow in
d phases for a given binary composition and temperature that is between the liquidus and solidus.
The duration of each stage and the temperature that the pellets are subjected to have a st
The maximum temperature that Coho salmon can survive for short peri
yas stadials are geological periods of cold temperature that are named after Dryas octopetala, whic
et, thermarum, refers to the hot spring and temperature that provided its native habitat.
te is distinguished from that of Paris by a temperature that is on average, 2 degrees Celsius (3.8
as well as the sudden, inexplicable rise in temperature that threatens to melt the ice cap and floo
ze damage down to a locally determined risk temperature that depends on the proportion of propylene
other time he exposed himself to such a low temperature that he collapsed into unconsciousness.
ation of a specific target at an isothermic temperature that does not require a thermal cycler.
of electric current it is heated to a high temperature that starts the exothermic chemical reactio
SSM is done at a temperature that puts the metal between its liquidus an
ported a significant perceived rise in body temperature that led to paralysis.
The resistance increases exponentially with temperature, that is the temperature coefficient is pos
The temperature that the container reaches normally does no
The temperature that a particular ice nucleator initiates f
At room temperature, the DNA will exist stably in a double-stra
At room temperature the solid is stable to air, although it doe
tential drop large compared to the electron temperature, the result is
e the reaction is often carried out at room temperature, the solvent, usually volatile diethyl ethe
Below this temperature the ferromagnet has a spontaneous magnetiza
At a certain temperature the amount of moisture absorbed by the salt
melting of ice at 273.15 K, no matter what temperature the surroundings are - from 273.20 K to 500
At a pressure of 130 kbar (13 GPa) and room temperature, the body-centered cubic ferrite powder tra
ystems the wire is maintained at a constant temperature, the current required to achieve this is th
At higher temperature, the Al(III) centers become randomized to g
Above this temperature, the SU(2) and U(1) quantum numbers describ
x weeks, depending on the species and water temperature, the male gives birth to hundreds of live,
So, at low temperature the C term dominates over A and B.
f the water passing through the system, the temperature, the average water velocity in the system a
bling the structure to adjust to changes in temperature, the first reinforced concrete bridge struc
By changing the temperature, the Higgs fluctuations can zero out the ex
ght pollution and, as the sea has a uniform temperature, the air is also free of rising currents wh
At high temperature the Ellingham curve for the reaction 2C(s)
hat depend only on known quantities such as temperature, the charges on the ions and the dielectric
very of a clay that required a lower firing temperature, the pottery began producing flower pots.
tions of many different empirical scales of temperature, the second law of thermodynamics selects t
Using high processing temperature the process system is design to output crud
rock, it indicates the minimum pressure and temperature the protolith must have achieved in order f
he coated mould is fired at the appropriate temperature the glass is fused creating a hollow object
As radiators work at a relatively low temperature, the Stefan-Boltzmann law means that they a
At any given temperature, the amount of energy needed to create a va
Under intense pressure (but limited temperature), the crystalline structure of quartz will
he classical equipartition theorem, at room temperature, the vibrational motion of molecules typica
ends on various factors, including the melt temperature, the speed of cooling, the extrusion speed,
At the Curie point temperature, the dielectric constant drops sufficiently
Below the Curie point temperature, the high dielectric constant prevents the
rned to the natural environment at a higher temperature, the change in temperature decreases oxygen
With increasing temperature, the volume of liquid expands and the menis
When the disk reaches a critical temperature, the gas collapses onto the white dwarf res
Under laboratory conditions at normal body temperature, the longest period of clinical death of a
With increasing temperature, the intensity may decrease because of disa
t heat transfer; in addition to a change in temperature, there is also a change in moisture content
Below the Krafft temperature, there is no value for the critical micelle
At higher temperature, there are more phonons, therefore increase
sifashaj, etc.), and as a result of the low temperature there are many small glaciers that flow to
This enthalpy is proportional to temperature, therefore, the hotter the plant, the highe
equences and measuring dissociation against temperature, these attributes can be inferred.
Temperature: These plants will tolerate a wide range of
Initially at high temperature, these solutions rise upward to surface lay
When these oils are returned to room temperature, they become again transparent.
Because they maintain such a high body temperature, they are sensitive to temperatures that ar
an depend on the presence of salts, pH, and temperature, they can depend significantly on the amoun
ured on a continuous scale, such as weight, temperature, thickness etc.
Because of its nonzero temperature, this system contains thermal energy.
Since power supplies are certified at room temperature, this effect is not taken into account.
At room temperature, this cyclic diene dimerizes over the cours
l allows the sample to be dried at elevated temperature; this is especially preferred when storage
At zero temperature, this happens if the density is very high.
ior as well as other functions such as body temperature), this may explain how scents influence agg
t the Mid-Atlantic Ridge, setting the upper temperature threshold for known life to exist at 113°C.
wer handling semiconductor to stabilise its temperature through increased thermal mass and heat dis
density of possible hosts and the constant temperature throughout the year.
The temperature throughout the plot is assumed to be consta
ling the valve stems to function at a lower temperature, thus allowing the valve stems (and other p
) thiocyanate is reasonably soluble at room temperature, thus it may be difficult to identify in a
Drawing is usually performed at room temperature, thus classified as a cold working process,
                                                                                                    


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