「temperature s」の共起表現一覧(1語右で並び替え)6ページ目
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At low | temperatures, SbCl5 converts to the dimer, bioctahedral |
climatic phase at 4000 BC when mid-latitude | temperatures seem to have been between 2 and 3 degrees w |
riods of time if other conditions are good, | temperatures should be kept between 25° and 30°. |
Temperatures should be kept low, and introduction of flu | |
of the website of '21st Century global mean | temperatures' showed a slow decline over the selected pe |
izing is a squeezing operation performed at | temperatures significantly below the melting point to fi |
permanent water flow and prefers cool water | temperatures similar to smallmouth bass Microtperus dolo |
The latter is not possible at low | temperatures, since malate is efficiently transported in |
of the observed increase in global average | temperatures since the mid twentieth century are very li |
throughout the winter months weathers harsh | temperatures, snowfall and winds that would destroy othe |
tuation is opposite for Venus due to higher | temperatures, so Venus now has a high-density carbon dio |
This treatment requires higher | temperatures so many of the materials that are treated w |
But as money runs low and the city's | temperatures soar, tensions between Johnny and Sarah beg |
mple, some plants require a narrow range of | temperatures, soil conditions and precipitation to survi |
as just to the east of the mountains, where | temperatures sometimes rise up to 50°F (28°C) - 60°F (33 |
In summer, | temperatures sometimes rise up to 35 C° and higher. |
Also, the winter was very cold with | temperatures sometimes dipping to minus 45 degrees Fahre |
also have greater tolerance to high summer | temperatures, somewhat greater drought tolerance and dev |
The high | temperatures sparked tens of thousands of fires across R |
And at still higher | temperatures stabilize the γ-Al2S3 forms, with a structu |
he flowers will bloom depending on seasonal | temperatures starting in January to the end of late summ |
in combination with near-normal sea surface | temperatures, still warm enough to support strong convec |
The high | temperatures stress the mechanical strength of the chimn |
under environmental, cryogenic and elevated | temperatures subject to static, fatigue, dynamic and imp |
At very high | temperatures such as those encountered after the crash o |
t-used for work in the general area of high | temperatures such as steel mills and smelting facilities |
es inhabit environments with extremely high | temperatures such as undersea hot vents. |
ike sucrose, which melts when baked at high | temperatures, sucralose maintains its granular structure |
remely hot spring cooled by the mountain to | temperatures suitable for humans. |
However, at | temperatures T >> Tc the expression of the Curie-Weiss l |
If two semi-infinite bodies initially at | temperatures T1 and T2 are brought in perfect thermal co |
Napoleon's troops in disarray and freezing | temperatures taking a heavy toll, Napoleon abandoned his |
San Clemente enjoys a mild climate where | temperatures tend to average around the 70's. |
of Maywood is very warm during summer when | temperatures tend to be in the 80's and cool during wint |
ow and as it is located far from the coast, | temperatures tend to be high. |
ible and durable to high and low pressures, | temperatures, tensions, most chemical reactions, and ret |
different minerals, some will melt at lower | temperatures than others. |
-25°C (-13°F) in the British Islands, lower | temperatures than all ever recorded in its natural habit |
This method usually requires higher | temperatures than classical distillation. |
ome environments offer much more consistent | temperatures than others. |
coming air, and allowing for higher furnace | temperatures than can be attained with air-fuel only. |
−25 °C(−13 °F) in the British Isles, lower | temperatures than all ever recorded historically in its |
re efficient breakdown of kerogens at lower | temperatures than without it. |
rs of Bull Run enter the reservoir at lower | temperatures than the surface waters causing the high ni |
ion as it will occur at significantly lower | temperatures than does pitting. |
palladium atoms to help them fuse at lower | temperatures than would otherwise be required. |
possible that this site may have even lower | temperatures than Dome A. Ridge A was identified by a te |
Zr content of rutile, effective for higher | temperatures than the Ti-in-biotite thermometer. |
igher altitude, Antakya has slightly cooler | temperatures than the coast. |
CAIs were formed at much higher | temperatures than the associated chondrules, and may hav |
posed of migmatite, metamorphosed at higher | temperatures than gneiss but not sufficiently melted to |
C15+ hydrocarbons are stable at much higher | temperatures than predicted by first-order reaction kine |
They are able to withstand higher | temperatures than most pet fish. |
author of a research paper about Antarctic | temperatures that was published in the journal Nature in |
d themselves of the infection by resting at | temperatures that inhibited the growth of the fungus. |
If one conducts short tests at elevated | temperatures, that data can be used to extrapolate the b |
Similarly, wine stored in | temperatures that are too warm (over 19 °C/66.2 |
Wine should never be stored in | temperatures that are too cold (under 12 °C/53.6 |
that the process is carried out at moderate | temperatures that do not liberate carbon dioxide. |
that keeps track of the maximum and minimum | temperatures that have occurred over some given time per |
The high | temperatures that occur downstream in the process could |
d research, as they mimic the pressures and | temperatures that exist deep in the Earth. |
igh body temperature, they are sensitive to | temperatures that are colder than 10°C. |
n, it says, "Wine should never be stored in | temperatures that are too cold (under 12 °C/53.6 |
as a Schonklima, which means a climate with | temperatures that never get too high (no higher than 21 |
or its ability to survive at extremely high | temperatures that kill most organisms. |
lowness of the pond results in summer water | temperatures that are typically warmer than most lakes i |
cubic foot to 32 cubic feet (0.91 m3) with | temperatures that can be over 650 degrees fahrenheit (34 |
sting an ankle collapsing in the 100 degree | temperatures that had a third of the field unable to fin |
raging fire The fire would burn at extreme | temperatures that could destroy most buildings made of w |
Surprisingly M. rhodantha can endure | temperatures that go to −4 °C (24.8 °F); it has frost to |
sh-related injuries, altitude sickness, and | temperatures that fell to 30 degrees below zero at night |
fellow workers was a 10-minute walk away in | temperatures that topped 95 degrees. |
uth from Canada, through the Midwest, bring | temperatures that can reach below 25 °Fahrenheit (-3.9 ° |
ause of their lack in stability even at low | temperatures the reaction products revert back to the or |
of Sulphurets on Metallic Silicates at High | Temperatures; The Relations of the Silurian and Metamorp |
At even higher | temperatures, the material reverts to NTC behaviour. |
With these extended times at low | temperatures, the meat becomes tender enough that its we |
At lower | temperatures, the primers bind less specifically. |
At higher | temperatures, the data are for water vapor only. |
ood time for hiking but due to the shifting | temperatures the mountainous parts of the national parks |
At higher | temperatures, the Al2Cl6 dimers dissociate into trigonal |
The high drying and processing | temperatures, the intrinsic low pH of the fruit, the low |
k of searching in failing light and falling | temperatures the operation was called off but political |
At low | temperatures the reaction energetics dominate everything |
over the storm and a track over warm water | temperatures, the Statistical Hurricane Intensity Predic |
ly for meat, since pathogens grow in warmer | temperatures, the CCP is related to the time and tempera |
cesses can be ignored, (i.e. , valid at low | temperatures) the middle rate equation gives |
) may be suitable for monitoring basal body | temperatures; the specification should be checked to ens |
ncluding massive droughts and rising global | temperatures, the river does not. |
be transformed into hydroxylapatite by high | temperatures; their porous structure allows relatively r |
Decreasing sea surface | temperatures then caused the storm to weaken. |
pieces of carpet, but due to the low spring | temperatures, there was no decomposition. |
clouds themselves will respond to increased | temperatures, there exist other feedbacks that will affe |
n that of a direct material, because at low | temperatures there are fewer phonons, and therefore it i |
e brighter surfaces absorb less sunlight so | temperatures there only reach about 100 K (−173 °C; −280 |
But between two given | temperatures, there is only one way for dQ to be zero, b |
3+ cruising flight generates very high skin | temperatures, therefore this special fuel was needed. |
ystalline materials, they can tolerate high | temperatures, thermal shock and chemicals. |
At elevated | temperatures they dissociate, i.e. they break apart into |
However, at very high | temperatures they cannot be neglected. |
lves from predators, high tide, and extreme | temperatures, They feed by filtering detritus out of mud |
high mechanical stability even at elevated | temperatures they are used as bushings, bearings, socket |
Growing in | temperatures this high, it is easy to see why they are a |
Temperatures, though very warm, are not quite as oppress | |
e surf is calm and shallow, with warm water | temperatures through most of the summer. |
Temperatures throughout GP905 normally ranged from 60 °C | |
The city experiences relatively constant | temperatures throughout the course of the year. |
became so intense that by the 20th maximum | temperatures throughout the south west were uniformly ab |
an arid climate, Arica seldom sees extreme | temperatures throughout the course of the year. |
er cities with this climate, Moroni average | temperatures throughout the year are relatively constant |
gle temperature, but experiences a range of | temperatures throughout the vessel. |
These ovens generally provide uniform | temperatures throughout. |
one or two degrees above the upper limit of | temperatures to be measured. |
ter in the north it is not uncommon for the | temperatures to reach the −50 °C (−58 °F) but can also r |
ed vacuum to manifold vacuum at high engine | temperatures to promote cooler idling. |
el thermometer makes it possible to measure | temperatures to within 0.5°C within cells. |
e replaced by an Arctic ridge, which caused | temperatures to dip to -12°C. |
a significant conformational change at low | temperatures to upregulate cold-shock proteins by presen |
This allows for much lower | temperatures to be used, resulting in lower energy use a |
turn undergoes disproportionation at higher | temperatures to give gold metal and AuCl3. |
dehydrates to the trihydrate and at higher | temperatures to the monohydrate. |
t) above sea level, causes its mean monthly | temperatures to tend on average 3 - 4 degrees Celsius be |
il sealed in a ceramic cylinder, works with | temperatures to 850 °C |
s from a sharp singlet at 4.2 ppm at higher | temperatures to a complex pattern at lower temperatures. |
re aggressive yeasts with high fermentation | temperatures to re-initiate the fermentation process. |
idine in 1,2,4-trichlorobenzene at elevated | temperatures to the corresponding amide o-Salicylotoluid |
n polymers, testing may be done at elevated | temperatures to produce a result in a shorter amount of |
ustal rocks, biotite may break down at high | temperatures to form orthopyroxene + potassium feldspar |
t," where he would list U.S. and world city | temperatures to an upbeat instrumental background. |
high reflectivity (albedo) of ice and allow | temperatures to rise sufficiently to begin melting. |
nes and engines could be kept at the proper | temperatures to allow engine restart. |
It decomposes at room | temperatures to give a series of monochlorides having th |
A 23 mile-per-hour wind dropped | temperatures to 10 below zero and kept many fans away. |
He discusses ideal fermentation | temperatures to give a "fast and furious first fermentat |
poxy resin, taking several days at elevated | temperatures to cure. |
aya, which needs constant moisture and high | temperatures to survive. |
es and other formations and are kept at low | temperatures to hinder melting. |
pecies, Needle Palms need hot, humid summer | temperatures to thrive and the species does not grow wel |
States that related average winter minimum | temperatures to the hardiness of specific plants. |
all snakes, they are dependent on external | temperatures to promote such normal bodily functions as |
erpenes and the solubility of salts at high | temperatures together with Tilden, and on his own the pr |
ted for this environment as it functions at | temperatures too high for semiconductor sensors (distrib |
During this period, a sharp drop in global | temperatures took place. |
The summer | temperatures touches 46°C in the western parts where as |
wing at the speed of about 100 km per hour, | temperatures touching minus 30 to 40 degrees Celsius. |
At higher | temperatures, transistor performance is adversely affect |
atmosphere, but decomposes in air at normal | temperatures, turning brown from the release of elementa |
manating from the south resulting in summer | temperatures two to three degrees cooler than nearby Ben |
Objects with such | temperatures typically emit the bulk of their radiation |
The traditional roasting process, at | temperatures typically much higher than those used for m |
e, hard, opaque white, and does not melt at | temperatures typically used for baking. |
Their suffering began in freezing | temperatures under snowy conditions without proper winte |
The | temperatures undergone by rocks in a sedimentary basin a |
Temperatures underground are slowly increasing as the gr | |
challenges such as irregular meals; extreme | temperatures; unusual sleeping patterns; physical exerti |
er than thermoplastic materials at elevated | temperatures up to 130 °C (266 °F). |
ed Sea does not bleach despite summer water | temperatures up to 34°C. |
Standard elements will handle | temperatures up to 158°F with improved elements designed |
ferring to the several mineral springs with | temperatures up to 50°C. |
use today as Brightray S and can be used at | temperatures up to 1050°C. |
"thermal", possibly emitted from plasmas of | temperatures up to least ten million kelvins. |
Although this can be done at | temperatures up to 1400 °C (2500 °F) it most likely occu |
ear underwater volcanoes, and can withstand | temperatures up to 90 degrees Celsius or about 194 degre |
Seeps have | temperatures up to 2 °C (3.6 °F) - 3 °C (5.4 °F) above t |
aration involves chlorination of rhenium at | temperatures up to 900 °C. |
models by Vecstar, can now produce working | temperatures up to 1800 °C, which facilitate more sophis |
tion coolant, the track can hold ice at air | temperatures up to 20 deg C (68 deg F). |
h a furnace within the assembly to generate | temperatures up to 2,200°C. |
latiles during subsequent heat treatment at | temperatures up to approximately 1600 K. |
A pane of heated glass can achieve | temperatures up to 350 degrees Fahrenheit (177 degrees C |
involves extruding resin from a slit die at | temperatures up to 320°C directly onto the moving web wh |
nal radioactive ECD, and can be operated at | temperatures up to 400°C. |
It can be used continuously in | temperatures up to 100 °C and up to one hour in 130 °C. |
s only been detected in matrix isolation at | temperatures up to 6 K. |
s as thermocouples, where it can operate at | temperatures up to 2500 °C. |
-tipped locking tongs designed to withstand | temperatures up to 500 degrees fahrenheit |
ITO thin film strain gauges can operate at | temperatures up to 1400 °C and can be used in harsh envi |
phile, living in hot springs and tolerating | temperatures up to 55 °C (131 °F). |
kW peak Fresnel concentrator that generates | temperatures up to 750 °C (1,020 K; 1,380 °F) and can be |
and fat saponify more quickly at the higher | temperatures used in hot-process soapmaking. |
GroST (Gromacs Serial replica exchange with | Temperatures), uses the Replica Exchange method (also kn |
ixture created when water is heated at high | temperatures using solar or other energy sources. |
At high | temperatures, usually above 1600°C (2900°F), molecular n |
Temperatures usually range from 13ºC (55F) to 18ºC (64F) | |
Temperatures usually reach 0ºC several times a year, yet | |
some resistance to extreme environment (low | temperatures, UV exposure, moisture). |
However, at low | temperatures vanadium nitrogenases have been found to be |
are only three meters apart but their water | temperatures vary as greatly. |
Temperatures vary greatly on such cold nights, and Helen | |
The | temperatures vary from a maximum of 38 °C (100 °F) in su |
Temperatures vary little throughout the year. | |
Yearly | temperatures vary from an average minimum of 9 °F (−13 ° |
Temperatures vary widely in the literature and should on | |
Temperatures vary widely and can drop below zero in wint | |
Spring: spring | temperatures vary between (max) 16°C and 25°C and (min). |
valent to some 2500 Earth years, and global | temperatures vary greatly over the year. |
egions must hibernate for several months at | temperatures varying between 8 °C (46 °F) and 15 °C (59 |
ic is the location of the thermocline, with | temperatures varying from over 20°C (68°F) at the top to |
go thermally induced dehydrochlorination at | temperatures very near to processing temperatures. |
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