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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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