「t e m p e r a t u r e」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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