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This is because of the low processing | temperature, which reduces thermal shocks and avoids ph |
The low growth | temperature of 350 °C achievable with this new precurso |
It is tolerant of low light, low humidity, | temperature fluctuation and irregular watering. |
en diagenesis and low-grade.With increasing | temperature illite is thought to undergo a transformati |
s can also include the ability to lower the | temperature (via refrigeration), or the ability to cont |
The lower the | temperature is, the less the cheese matures, resulting |
re, 2-methylhexane has a lower autoignition | temperature and flash point when compared to heptane. |
use a lower brewing | temperature (in the range of 50°C-60°C (122°F-140°F) in |
spacecraft 36 degrees off-Sun to lower the | temperature. |
hat, on Yom Tov, one may raise or lower the | temperature on Sabbath Mode ovens. |
very of a clay that required a lower firing | temperature, the pottery began producing flower pots. |
of nanoparticles and catalysts to lower the | temperature at which water splits. |
IBGe also offers lower decomposition | temperature (the onset of decomposition at ca. 325-350 |
Because of this effect, the lowering of | temperature in moist, cold ground does not happen at a |
from a source essential oil by lowering the | temperature of the oil; adding a crystal of anethole he |
ocess of "icing" beer involves lowering the | temperature of a batch of beer until ice crystals form. |
re break, smothering fire, and lowering the | temperature of burning materials below their threshold |
th fuel displaces the oxygen and lowers the | temperature enough to extinguish the flame. |
The heat removed via evaporation lowers the | temperature of the cooling coil closer to the lambda po |
Virodhamine lowers body | temperature in mice, demonstrating cannabinoid activity |
The lowest air | temperature (-89.2°C) at the surface of the earth was r |
The lowest recorded | temperature was -4°F in 1930. |
process the polymer to the lowest possible | temperature, in order to avoid its spontaneous depolyme |
0, 1932, which was also the lowest recorded | temperature for that month, 22 °F (−6 °C). |
The all-time lowest recorded | temperature in Parker occurred on December 31, 1911, wh |
The lowest recorded | temperature was -6°F (-21°C) in 1989. |
of yellow wine has the lowest fermentation | temperature. |
The lowest recorded | temperature was −28.9 °C (−20.0 °F). |
In January 2006 the lowest registered | temperature was −41 °C (−42 °F) for 2 consecutive days. |
The lowest winter | temperature is around -10 °C while the maximum summer t |
which specialised in cryogenic and LT (low | temperature) storage and capital construction projects |
and hot cutting through the luke-warm room | temperature poets of our times. |
roof and ceiling, which must have made the | temperature around the teachers desk a bit more comfort |
Audichron sometimes made special | temperature machines that went up to 140 degrees Fahren |
Its magnetic transition | temperature is 980 °С. |
The main annual | temperature on the coastal lowlands is around 27 °C (81 |
aces can be provided to maintain filtration | temperature. |
The design goal is to maintain the | temperature of the shower for safety and comfort reason |
This helps to maintain the | temperature inside the building while the outside tempe |
ilm tank and tempering bath to maintain the | temperature at 100 °F (38 °C). |
se are digitally controlled to maintain the | temperature. |
e to keep coffee fresh and maintain serving | temperature for a longer period of time without burning |
ents for heating up and for maintaining the | temperature may be applied as two separate energy perfo |
aximum efficiency, while maintaining preset | temperature levels. |
similar to a refrigerator that maintains a | temperature below the freezing point of water. |
of H2 and O2 in two steps which makes high | temperature gas separation redundant. |
water flow to the quench box, to manage the | temperature difference through the cross-section of the |
> Dual Channel manometer and | temperature sensing |
The manufacturer, Cambridge | Temperature Concepts, claims that the product can detec |
Quebec and western Greenland set many high | temperature records. |
Map of | temperature station locations with record lengths indic |
Between December and March the | temperature of the sea water is around 15°C.. |
of the year are pleasant, but in March the | temperature begins to rise, which persists till the end |
l conductivity that increases markedly with | temperature. |
nite which formed near the martensite start | temperature (these forms are now known as upper- and lo |
e of this, lower estimates for the mass and | temperature have been proposed. |
, hormonal treatments, maternal allocation, | temperature manipulation, or altering nutritional state |
melting of ice at 273.15 K, no matter what | temperature the surroundings are - from 273.20 K to 500 |
g coloration, which depends on maturity and | temperature. |
they are often rated at a maximum operating | temperature rate of typically 55 °C, compared to 85 °C- |
Mean maximum daily | temperature in summer is 34°C and in winter is 19°C. |
hoice resulted in a higher maximum envelope | temperature of 300 degrees Fahrenheit. |
A Maximum Minimum | Temperature System or MMTS is a temperature recording s |
The maximum summer | temperature (from July to August), averages around 24 ° |
ce of silver nitrate at a maximum operating | temperature of 230 °C. |
e electronic structure, Knight shift may be | temperature dependent. |
of locations having the highest mean annual | temperature at each longitude around the globe. |
e, with little rain and a high mean average | temperature. |
The mean annual | temperature is 18.3 degree Celsius. |
East Tennessee's mean annual | temperature is 67 °F (19 °C). |
hite bursage community, and the mean annual | temperature is about 60 °F (16 °C) to 75 °F (24 °C). |
Even if mean global | temperature were to rise another degree, it would still |
maintaining the rise in global mean surface | temperature at below 2°C, despite repeated high-level s |
The mean annual | temperature is 5.8 °C (42.4 °F); July and August are th |
r example - is proportional to mean virtual | temperature in that layer. |
The mean annual | temperature is 27.30 °C (81.14 °F) and the area receive |
The mean annual | temperature is 17°C ranging from 5° in winter to 26°C i |
The mean annual | temperature is 19 °C (66.2 °F). |
nd regulation have been to raise mean water | temperature, eliminate freezing conditions, depress sum |
Mean annual | temperature is 5.6 °C and average annual precipitation |
The mean annual | temperature is 56 to 60 degrees Fahrenheit; freezes occ |
nger duration of combustion which means the | temperature rises more slowly, allowing more heat to be |
Meanwhile, the | temperature soared to more than 46 °C (115 °F) at sever |
d was used by the government to measure sea | temperature and salt concentration. |
These thermometers continuously measure the | temperature as they are always on body. |
by the British Royal Society to measure the | temperature, air pressure, humidity, and rainfall 3 tim |
night-time temperatures and to measure body | temperature, although not for anything much hotter than |
he thermometer is developed, to measure the | temperature of either water or air. |
sly was the first to accurately measure the | temperature of Venus by measuring the planet's thermal |
To more accurately measure the | temperature of real objects with unknown or changing em |
ctrometer (PHOS) is designed to measure the | temperature of collisions by detecting photons emerging |
an featured twin sensors that measured both | temperature and atmospheric pressure, thus allowing it |
They have drilled and measured the | temperature in many holes, estimating that hot granite |
They measured air | temperature at various levels above the ground simultan |
The measurement of | temperature is a vital part of instrumentation in petro |
ric Infrared Sounder - measures atmospheric | temperature and humidity, land and sea surface temperat |
the tympanic thermometer that measures the | temperature of the tympanum by infrared measurement, Th |
A thermometer precisely measures the | temperature and indicates a numerical value for the tem |
A thermometer measures air | temperature, or the kinetic energy of the molecules wit |
heat flux is most often done by measuring a | temperature difference over a piece of material with kn |
There are several methods of measuring the | temperature or pressure of mineral formation relying on |
is most important work was in measuring the | temperature of the surfaces of the Moon and other plane |
ularly suitable for use in measuring subsea | temperature as a function of pressure. |
a means of measuring the | temperature between the outflow and the inflow - usuall |
the satellite, on mechanical and | temperature effects to the instrument, on the experienc |
on, parameters such as mechanical strength, | temperature stability, and electrical conductivity may |
ding respectively on the decay mechanism or | temperature effects like Doppler broadening. |
o maintain a perfectly ideal mechanism, the | temperature output must be the absolute zero, which is |
lution, synthesis in structured media, high | temperature pyrolysis, sonochemical, and radiolytic met |
(air pressure, humidity, growth media, and | temperature control) for organisms as they are exposed |
hen testing semiconductor memory: voltages, | temperature, and refresh rates can be varied over speci |
Metabolic ecology: | temperature and body size in the determination of biolo |
ng growth and development, metabolism, body | temperature, and heart rate. |
It has similar mass, metallicity and | temperature to the Sun and was called a solar twin in a |
cluding mass, radius, age, metallicity, and | temperature. |
government's Department of Meteorology the | temperature in Nepalganj got up as high as +44 °C (111 |
all kind of plastic processing methods for | temperature range of 120 - 420 °C. |
CO(g) + Mg(g) → C(s) + MgO(s) (low | temperature, distillation condensing zone) |
n, and hence the final microstructure), and | temperature information of both the immediate melt pool |
irect influence on the migration (lighting, | temperature, magnetic fields etc.) |
ain the residual mantle mineral assemblage, | temperature, and pressure of the (presumed) primary mel |
uires a sunny location and a minimum indoor | temperature in winter of 10 °C (50 °F). |
Mississippi's highest | temperature ever recorded occurred here on July 29, 193 |
an provides some humidity and moderates the | temperature compared to the Sonoran desert, which lies |
...), which we may observe by modifying the | temperature. |
ation, such as storage in molecular sieves, | temperature and moisture are the two key factors affect |
thermistors can be also used to monitor the | temperature of an incubator. |
th the onset of the south-west monsoon, the | temperature decreases in June and the weather becomes c |
his climate is for the coldest month's mean | temperature to be between −3 °C (26.6 °F) and 18 °C (64 |
limatic parameters, that is monthly average | temperature and precipitation, at a certain location. |
ing to the Weather channel, monthly average | temperature highs range from 63 to 75 F. |
Cup (or Ice Bowl) in 1977 in Montreal, the | temperature was a balmy 12 degrees Celsius. |
t band gap material usually depends more on | temperature than that of a direct material, because at |
er quality wines and to have more effective | temperature control. |
sted to heat the wire to its most sensitive | temperature. |
setups, one also prevents air movements and | temperature gradients by enclosing the surface in a box |
on can be done with P4S10 but a much higher | temperature would be required to make it work with P4S1 |
ble to dig faster, operate in a much higher | temperature environment, deliver longer downhole life, |
t the assistance of the plasma, much higher | temperature would be required. |
nediamine, NOBS can be used in a much lower | temperature. |
ium hexafluoride, which requires much lower | temperature to vaporize. |
The building is heated to a much higher | temperature than normal and left at that temperature fo |
at the time, which ignited at a much lower | temperature than modern motor fuels. |
h volatility: it sublimes readily near room | temperature. |
Instrumented ferries for near surface | temperature, salinity, turbidity, chlorophyll and later |
With a dilute HCl at or near room | temperature canavestie will produce tiny bubbles of gas |
ng illegal alcoholic beverages at near room | temperature. |
s a red-brown compound that melts near room | temperature |
lid, which, when very pure, melts near room | temperature. |
r of carbonate formation under near surface | temperature and pressure conditions, but shifts to sili |
arming is supported by the near-equality of | temperature trends on windy nights with trends based on |
eyond the photosphere lies a nebulous, high | temperature region known as the corona. |
Apart from the need for | temperature control, the A.B.E. |
Zarigani need low | temperature and high water purity, so they live in uppe |
round 70-90°F, however during the night the | temperature must drop to around 10 degrees less than th |
During the night, the | temperature at Thredbo dropped to -14 °C (7 °F). |
On the same day, the nighttime minimum | temperature in Toronto was the highest ever recorded, o |
(particularly gallium nitride), ultra-high | temperature aerospace materials and superconductors." |
oved pressure ventilation system, noise and | temperature control and at-seat service. |
difficult problems due to non-uniformity of | temperature fields within the object. |
until their body is warmed to a normal body | temperature, since extreme hypothermia can suppress hea |
led, i.e. cooled below it's normal freezing | temperature, without actually freezing. |
thite is the only stable form in normal air | temperature. |
nce 37°C is within the range of normal body | temperature, PrfA protein, as well as listeriolysin O a |
engine would be at or near normal operating | temperature immediately upon getting airborne. |
initial pressure, and the normal operating | temperature of the plant, it could take minutes or even |
ecipitate at temperatures below normal body | temperature (37 degrees Celsius) and will dissolve agai |
lass and heated beyond its normal operating | temperature with the water level below the top of the f |
Under laboratory conditions at normal body | temperature, the longest period of clinical death of a |
h cooling (OTC) systems which do not reduce | temperature as effectively as the above systems. |
1, the Earth's surface will not experience | temperature changes of more than 1 degree Celsius. |
NOTE: The | temperature data presented below was recorded at Inner |
Operates at a lower nuclear fuel | temperature. |
formance; however, the West number includes | temperature compensation. |
g degrees (GDs) is defined as the number of | temperature degrees above a certain threshold base temp |
y limiting growth factors, nutrient supply, | temperature, and additional inhibiting factors. |
to provide future long-term observations of | temperature and precipitation to be used to measure cli |
t boiling points it is possible to obtain a | temperature near to the desired temperature by selectin |
concept of the variation in the ocean water | temperature with an increase in depth is used in the Lo |
chart shows the average coastal ocean water | temperature by month in degrees Fahrenheit for Miami Be |
de is a strong inverse function of seawater | temperature (i.e. |
may also be altered by modification of the | temperature and the length of time during hydrogenation |
ive in the colorimetric definition of color | temperature and introduced the CIE colorimetric system |
Because of its | temperature, scientists believe that the star is approx |
On the basis of observations of the | temperature of water in deep wells he seems erroneously |
an be driven out by application of elevated | temperature and a vacuum. |
e is also the editor for the Journal of Low | Temperature Physics. |
tributions made in research of Fieberkurve ( | temperature patterns) involving typhoid fever. |
, the relationship between rate of rutting, | temperature and age was identified. |
l's resistivity as a function of increasing | temperature. |
continuous vertical profiles of atmospheric | temperature and moisture. |
s thermoregulation (the maintenance of body | temperature between certain parameters) of the body. |
erconducting Technology - production of low | temperature superconducting wires. |
surface and continued transmission of lunar | temperature and radiation data. |
cold one produces a parcel of intermediate | temperature, in which the overall increase in entropy r |
wherein T is a function of the | temperature, independent of the nature of the process b |
yas stadials are geological periods of cold | temperature that are named after Dryas octopetala, whic |
xtural changes due to extremes of pressure, | temperature or both) |
erheated steam as well as moderation of the | temperature of outlet water to minimise thermal polluti |
uperhard materials under conditions of high | temperature and pressure. |
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