「temperature]」の共起表現一覧(2語左で並び替え)7ページ目
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The coating also helps to decrease the | temperature associated with the cutting process and inc |
rth sulfates, its solubility decreases with | temperature, a property once used to separate it from o |
t then be incubated at a 37 degrees Celsius | temperature and a 5-10% CO2 atmosphere. |
fertilized eggs from dehydration, sunlight, | temperature, and potential pathogens until the tadpoles |
ered with no moving parts, to deliver close | temperature (<1oC) and humidity (<2%RH) control and a h |
oxygen and biochemical oxygen demand (BOD), | temperature, pH, turbidity, phosphorus, nitrates, total |
ey can be used to determine the density and | temperature of the gas. |
esult in estimates of the local density and | temperature. |
at just as theory predicts, the density and | temperature of the initial star-forming cloud dictates |
here ne and Te are the electron density and | temperature respectively. |
e a radar system to measure the density and | temperature in this difficult-to-study atmospheric regi |
Density vs. | Temperature |
parameters (primarily electron density and | temperature) and to study their latitude and seasonal v |
s the secondary, increasing the density and | temperature of the deuterium to the level needed to sus |
ctrometer (UVCS) which measures density and | temperature in the corona. |
enation (chemocline), density (pycnocline), | temperature (thermocline), forms layers that act as bar |
artial pressure, current density, operating | temperature and hydrogen back diffusion due to the pres |
The preferred form is dependent on | temperature, concentration, and solvent. |
a meter tall, its growth rate dependent on | temperature. |
to 20 days after egg deposit, dependent on | temperature. |
at should not be significantly dependent on | temperature and pressure. |
through June, with variations dependent on | temperature variations. |
o begin egg-laying in 3-7 days depending on | temperature. |
gestation period is 14-15 days depending on | temperature. |
occurs 3-6 days after laying, depending on | temperature. |
p to ten generations per year, depending on | temperature and areas of development. |
ow been established as ~0.7 eV depending on | temperature (the obsolete value is 1.97 eV). |
is approximately 3-4 weeks, depending upon | temperature, and a single female may give birth on mult |
hin 200-300 days after laying, depending on | temperature, with the hatchlings able to enter the wate |
Depending on | temperature, obscure mealybugs may complete 2-3 generat |
amount of enamine in the product depends on | temperature control during the reaction - the higher th |
ed volatile matter of green coke depends on | temperature and time of cooking, but also on the method |
he reactive form of formaldehyde depends on | temperature and pH. |
history modelling attempts to describe the | temperature history Tz,t and therefore requires a knowl |
The Minimum Design Metal | Temperature (MDMT) is one of the design conditions for |
Despite a | temperature of −50 °F (−46 °C), Shannon left immediatel |
ure vessel, it is possible to determine the | temperature and speed of the escaping fluid. |
practice of using colours to determine the | temperature of a piece of (usually) ferrous metal comes |
With his law Stefan determined the | temperature of the Sun's surface and he calculated a va |
d the distance from the fire determined the | temperature of the braise. |
ze damage down to a locally determined risk | temperature that depends on the proportion of propylene |
Water quality is determined by | temperature, wind, and by the amount of salt and mud em |
is thus very important for determining the | temperature range in oceanic and coastal regions. |
He developed a | temperature of 108 degrees Fahrenheit (42 degrees Celsi |
his market, he moved on to developing lower | temperature systems resulting in 1895 in a patent cover |
Development is | temperature dependent, but the time to develop from egg |
cause there is an entire section devoted to | temperature already. |
The difference in | temperature means that ice preferentially sublimates fr |
situated in inland Japan, the difference in | temperature in the summer compared to the winter is lar |
hermocline - A cline based on difference in | temperature, |
be arid, with large seasonal differences in | temperature. |
s significant, but not wide, differences in | temperature between the seasons. |
e Rock Hill area experiences differences in | temperature between the seasons, but not as severely as |
Despite these differences the | temperature is similar for both the North East and the |
st in environments with different salinity, | temperature, and pH. |
ad registers angle, rotation, direction and | temperature data. |
e fire spread in the wind direction, higher | temperature makes the fire burn faster, while higher re |
There is no directionality in | temperature. |
gital control of vacuum, digital display of | temperature and rotational speed, and vapor temperature |
s minimized on the taskbar and displays the | temperature of the GPU. |
equences and measuring dissociation against | temperature, these attributes can be inferred. |
he assumption of a Venerean distribution of | temperature and a maximum albedo of 0.8, the temperatur |
the density of a gas, and doubling absolute | temperature halves the density. |
by occasional rainfalls that bring down the | temperature further. |
ate, the animal's breathing slows down, its | temperature drops to almost that of its surroundings, a |
epths, in order to control downstream water | temperature and flow rates. |
free space on one or more hard drives, the | temperature of the CPU and other important components, |
Stated differently, a drop in | temperature of 10 degrees Fahrenheit causes a pressure |
fore 3:00pm, accompanied by a rapid drop in | temperature and a fierce wind change that uprooted tree |
feet (2,600 m) is accompanied by a drop in | temperature of 30 degrees Fahrenheit or more, giving ri |
e skin without actually providing a drop in | temperature. |
state of Texas, marked by a sudden drop in | temperature (sometimes up to 25 degrees F within one ho |
When the sun set, the resulting drop in | temperature would open a precision valve and release a |
even more severely by sudden large drops in | temperature even above freezing. |
Drops in | temperature large enough to result in deposition can oc |
diving, a thermocline where water drops in | temperature by a few degrees Celsius quite suddenly can |
Dry bulb | temperature is the temperature that is usually thought |
Keeping the bread in a dry room | temperature place helps to prevent the growth of mold a |
Boukha is a drink that is drunk dry, room | temperature or cold. |
Due to | temperature, aridity and geographic inaccessibility, th |
for changes in the pendulum's length due to | temperature variations. |
as been shown in some examples to be due to | temperature fluctuations in marine environments, which |
1/3 of the nodes were unable to run due to | temperature issues in the work room (when running all n |
l and external pressure that changes due to | temperature variation and to changes in atmospheric pre |
due to | temperature variations) in the atmosphere. |
stern flower thrips varies in length due to | temperature, with the adult may living from two to five |
o 15 percent variability in pressure due to | temperature (0 °C to 40 °C), and additional changes can |
ertical variations of water vapor, dust and | temperature. |
matic consequences: "The normal dynamic and | temperature structure of the atmosphere would therefore |
e The | temperature factor is fixed at this value. |
e. the | temperature changes rapidly with distance from the cent |
e. its | temperature changes relatively slowly as it expands) th |
al cyclic variations in the Earth's surface | temperature, as indicated by temperature proxies found |
his pupil, Miss Mattaei, 'On the Effect of | Temperature on Carbon-Dioxide Assimilation' (ibid); 'A |
ots are often used to analyze the effect of | temperature on the rates of chemical reactions. |
alea and Charlotte Houtermans The Effect of | Temperature on the Secondary Electron Emission from Nic |
noran Desert, the lowest elevation, highest | temperature regions. |
The EM2's high-operating | temperature can provide process heat for petrochemical |
By heating it in an enclosed high | temperature steam boiler the siliceous particles were b |
spring located on its southwestern end, the | temperature of which has been measured at 162 °F (72 °C |
an expansion at constant enthalpy increases | temperature as the work done by the repulsive interacti |
cal event horizons also have an entropy and | temperature. |
f Equivalent isotropic | temperature factor. |
mation caused by tectonism and erosion, low | temperature metamorphic events, and geothermal vein for |
point is given for each degree of error on | temperature, 1/2 an error point is given for each knot |
mass of Jupiter, and an estimated effective | temperature of 950 K. |
Space Telescope give an estimated effective | temperature of between 550 and 600 K and does not emit |
At 9.04 MJ and an estimated surface | temperature of ~900 kelvins, on a 5.6 day orbit, this p |
aken during basin modelling to evaluate the | temperature history of stratigraphic layers in a sedime |
ses their stability in saline and even high | temperature environments considerably, but comes at som |
tion of carbon with fluorine at even higher | temperature successively destroys the graphite compound |
r river that keep the water at an even cold | temperature. |
bulk and surface composition, and even the | temperature itself. |
the dark current histogram's evolution with | temperature. |
On the other hand, the exact thawing | temperature seems to have only minor effect on sperm vi |
ine parameters, including for example RPMs, | temperature values, fuel flow and quantity, oil pressur |
vices, that can detect, for example, light, | temperature, vibration, magnetism or chemicals; are usu |
a Factor of Electrical Excitation' (1907); ' | Temperature and Excitability' (in conjunction with G R |
But for T < Tinv, expansion causes | temperature to decrease because the work of attractive |
regenerators were large and expensive high | temperature brick ducts filled with brick arranged in a |
Real gases experience a | temperature change during free expansion. |
Kim Eunseong is an experimental low | temperature physicist. |
at Padua where he performed experiments in | temperature, respiration and weight. |
f fluorescence decreases exponentially with | temperature, differences in emitted light intensity can |
The resistance increases exponentially with | temperature, that is the temperature coefficient is pos |
The water extends the | temperature range downwards before the magma sets solid |
rmia correlated directly with the extent of | temperature decline. |
ryonics is the science of using extreme low | temperature technology to preserve and restore human li |
nd use supplemental heating for extreme low | temperature conditions. |
d 200 atm in addition to the extremely high | temperature. |
order to avoid having to use extremely high | temperature valves and pumps. |
light to produce a region of extremely high | temperature. |
When Al Rawi was subject to extremes of | temperature, and was kept in a very cold cell, his pray |
are highly resilient, surviving extremes of | temperature, low-nutrient environments, and harsh chemi |
ions requiring high strength at extremes of | temperature. |
Riders experience extremes of | temperature from -20°C to 110°C. |
nly experiences wide ranges and extremes in | temperature. |
variations are pronounced, but extremes in | temperature are rare. |
f a Thermometer for Showing the Extremes of | Temperature in the Atmosphere, during the Observer's Ab |
ermined by environmental factors, including | temperature, since a series of mild winters in Scandina |
een considerable interest in the faulty air | temperature probe that initially caused the pilot to tu |
ensual play can include feathers, tickling, | temperature play including wax play and ice play, food |
ll digital refractometers feature Automatic | Temperature Compensation (for Brix at least) |
The red wines are fermented in | temperature controlled stainless steel vats, and then a |
of the Ising model in ferromagnetism, where | temperature corresponds to particle randomness and spin |
water sewers using fiber-optic distributed | temperature sensing. |
re observed, the applied magnetic field and | temperature occupation number differences of the magnet |
However, the lizard's final internal | temperature depends mainly on the ambiance of the surro |
ltation behind its star, hoping to find the | temperature on its day side. |
The crew finds that | temperature and enters it into the flight management sy |
knockdown flame and reduce fire compartment | temperature. |
scientific equipment are five conductivity, | temperature, depth (CTD) sensors, one side-scan sonar u |
It is low protein binding, flexible and | temperature resistant. |
printed circuits, casting resins, flow and | temperature measurement, reserve power supplies, high-r |
ygen, nitrogen, carbon dioxide) flow rates, | temperature, pH and dissolved oxygen levels, and agitat |
the hot springs, although fluctuating water | temperature is also a factor. |
er (May to September), wild fluctuations of | temperature can occur: the average high is 11°C (53F) a |
show the relation between fluorescence and | temperature for labeled probe designed for a Wt sequenc |
he substrate, vibration, flutter, pressure' | temperature, size, shape, texture/grain, orientation an |
For low | temperature melting point alloys, such as zinc or tin, |
t there appears to be a lower bound for the | temperature of a vacuum, meaning that the universe woul |
is also home to the U.S. record for lowest | temperature. |
comes cooler there would be no need for the | temperature becomes cooler there would be no need for t |
In winter it is not unusual for the | temperature to drop into the 50's F. |
smaleimide-based polymers are used for high | temperature applications up to 250°C. |
aces oxygen is effectively used for burning | temperature increase and burning processes improvement. |
ratios and it is a good candidate for high | temperature electrolysis. |
hermometry is an optical method for surface | temperature measurement. |
investigated as a material for intermediate | temperature solid oxide fuel cell cathodes, |
around a superconducting magnet or for low | temperature measurements, from approximately 4.2 K to t |
Spanish, there is an expression for ambient | temperature, but no distinct translation for room tempe |
This was the first sensible value for the | temperature of the Sun. |
scale (recalibrated in 1738), for measuring | temperature. |
There are three main categories for water | temperature controlling devices: Heat Source, Group Con |
ow carbon martensitic steel for atmospheric | temperature applications (withdrawn from the standard i |
rnately loose and rigid to compensate for a | temperature range from 104 °F (40 °C) to minus 4°F) tha |
n care lotion, preceramic polymers for high | temperature applications, liquid silicone drycleaning s |
ily meteorological variables for windspeed, | temperature and humidity. |
switches and customized systems for strain, | temperature, shape and position sensing. |
Hence, for high | temperature reduction of chromic oxide, carbon cannot b |
pages 2560-2561, except for critical | temperature line (31.1°C) and temperatures -30°C and be |
Tungsten, a setting for color | temperature on a digital camera |
fiber optic cables are used for distributed | temperature sensing. |
e/glycol solution, which does not freeze at | temperature of -50°C. |
dence of the input voltage or frequency, or | temperature, and enables it to also detect a malfunctio |
daily due to its family friendly calmness, | temperature and status of near-private lake. |
medium carbon steel and is quenched from a | temperature above A1 but below A3 on a continuous cooli |
nd De Sitter Thermodynamics from Diamonds's | Temperature, Triply special relativity from six dimensi |
ys, IC-221M increases in strength from room | temperature up to 800 °C. |
ealed by cooling gradually in a lehr from a | temperature just below the solidification point of the |
the reaction take place anywhere from room | temperature to 55 °C (131 °F) for safety reasons. |
e Weiss constant to distinguish it from the | temperature of the actual Curie point. |
ive device or 'photomixer' is made from low | temperature GaAs with a patterned metalised layer which |
During frontogenesis, the | temperature gradient tightens and as a result the therm |
depending on the ripeness of the fruit, the | temperature, and the humidity. |
inters, dashboard clusters like Fuel Gauge, | Temperature Gauge, Gear Shift Indicators, Clocks for Au |
ys incident was set up to record fuel flow, | temperature and fuel tank levels, the QAR has also been |
eaning it would need to have the full color | temperature range as well as produce enough quantity of |
ided 10 bit accuracy over the full military | temperature range. |
he heat capacity of solids as a function of | temperature |
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