「temperature s」の共起表現(2語左で並び替え)

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共起表現

「temperature s」の共起表現一覧(2語左で並び替え)

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author of a research paper about Antarctic	temperatures that was published in the journal Nature in
ds began in 1914 and was well above average	temperatures.
cools them by lasers to near absolute zero	temperatures.
s evacuated tube systems to achieve extreme	temperatures, far in excess of water's boiling point.
up turned his attention to achieving higher	temperatures, with azimuth and elevation tracking mirror
dehyde, in the presence of sulfuric acid at	temperatures <40 °C.
eep their 3D structure and remain active at	temperatures as high as 100oC.
bservatory, monitors spring activity, water	temperatures and chemistry, and stream flow, as well as
In addition to	temperatures, pressures, and control positions, such est
In addition, cool	temperatures retard bacterial and fungal growth.
which is not attainable at adiabatic flame	temperatures for air-fuel combustion unless heat is rege
United Kingdom because of the adjacent sea	temperatures.
at shock promoter only initiates after high	temperatures.
dlebrook 7H10 and on Trypticase soy agar at	temperatures between 18°C and 28°C.
hydrous conditions in the absence of air at	temperatures below 4oC.
e of manned flight to speeds, altitudes and	temperatures beyond any other aircraft at the time, it p
d differences between daytime and nighttime	temperatures.
Below are the average maximum and minimum	temperatures, and average rainfall recorded between 1971
xceed about 25 degrees Celsius and sub-zero	temperatures and frost are uncommon.
tment, if the infestation of varroa and the	temperatures allow.
es CRTM calculates radiances and brightness	temperatures.
lting occurs where the solidus and liquidus	temperatures are different.
l amount of light, moisture, and sufficient	temperatures are present.
excellent performance at both high and low	temperatures.
The average low and high	temperatures in January are 58°F/77°F.
it useful for measuring day and night-time	temperatures and to measure body temperature, although n
The area's average maximum and minimum	temperatures are almost exactly in line with the nationa
ating water to control instrument and fluid	temperatures.
distinct phases at room temperature and at	temperatures above 160 °C.
cold air swept down from Canada and plunged	temperatures across much of the United States far below
low pressure, deficient oxygen and freezing	temperatures.
Lack of rain and cold	temperatures in the winter breeding area of Northwest Af
ompetition for natural resources and rising	temperatures.
under environmental, cryogenic and elevated	temperatures subject to static, fatigue, dynamic and imp
The high drying and processing	temperatures, the intrinsic low pH of the fruit, the low
bstrate of about 60% - 70% humidity, and in	temperatures between 21 and 30 °C.
ical species, concentration ranges, and gas	temperatures.
s create in their mounds high and regulated	temperatures and this is exploited by some species of li
The mean maximum and minimum	temperatures during summer and winter varies between 38.
good mechanical properties at low and high	temperatures, and its softness.
that keeps track of the maximum and minimum	temperatures that have occurred over some given time per
Napoleon's troops in disarray and freezing	temperatures taking a heavy toll, Napoleon abandoned his
The average maximum and minimum	temperatures are around 1/2 °C higher than the national
The summer months are notably warm and dry,	temperatures averaging 30°.
k of searching in failing light and falling	temperatures the operation was called off but political
d in planning the treatment, and monitoring	temperatures and thermal dose in real time during the tr
and unusual flavor combinations and serving	temperatures.
ons of times more powerful per gram and the	temperatures reached are briefly in the tens of millions
ss ratios, distance ratios, and equilibrium	temperatures are similar to those of Jupiter and Saturn
ive thanks to the regions soil and balanced	temperatures.
rust, crushingly-strong gravity and surface	temperatures of just over 374 degrees Celsius, close to
lves from predators, high tide, and extreme	temperatures, They feed by filtering detritus out of mud
Dust, sand and high	temperatures place extraordinary demands on the wind tur
divergence" between the sunspots and global	temperatures after 1986, which shows that the present wa
Mean monthly maximum and minimum	temperatures range from 8.6 C in January to 24.1 C in Ju
the storm to become disorganized and water	temperatures were not warm enough to support a large inc
Salinas has cool and moderate	temperatures, due to the "natural air conditioner" that
valent to some 2500 Earth years, and global	temperatures vary greatly over the year.
High winds and cold	temperatures accompanied the storm, leading to blizzard
o 2.1 times the mass of the Sun and surface	temperatures between 7,600 and 10,000 K.
high reflectivity (albedo) of ice and allow	temperatures to rise sufficiently to begin melting.
The average daily high and low	temperatures in Fahrenheit are 106/78 during July, and 5
force of 1,000 Hiroshima bombs and generate	temperatures five times hotter than the sun in the area
in, offer better rides on the river and the	temperatures range from the low 60Os F to 70os (0-27oC).
o 1.4 times the mass of the Sun and surface	temperatures between 6,000 and 7,600 K., Tables VII and
contrast between the daytime and night-time	temperatures.
June, depending on the species and seasonal	temperatures.
aya, which needs constant moisture and high	temperatures to survive.
In response to the surface high and warmer	temperatures aloft due to convection, a mid-level mesohi
day of qualifying saw sunny skies and warm	temperatures.
is now inundated during the spring and the	temperatures in the cone have cooled enough that it no l
ol panel that allows the starting and final	temperatures, as well as the temperature gradient (in un
Typical daytime and nighttime	temperatures are −60 °C and −130 °C, respectively.
gh magnetic fields up to 15.2 teslas and at	temperatures as low as 0.4 mK simultaneously.
in this solution until the inner and outer	temperatures equalize.
phile, living in hot springs and tolerating	temperatures up to 55 °C (131 °F).
ch movement was tested in 5 positions and 2	temperatures, in 10 series of 4 or 5 days each.
helium-dominated atmospheres and effective	temperatures between 30,000 K and 45,000 K, called the D
differences between tropical air and water	temperatures.
composes (alkaline solution and/or elevated	temperatures) it can liberate nitrite and low levels of
has some of the highest average annual air	temperatures of the United Kingdom.
be used as a substitute for applications in	temperatures above 350 °F (177 °C).
(entertainment wires) do not burn or arc at	temperatures high enough to ignite the insulation blanke
riods of time if other conditions are good,	temperatures should be kept between 25° and 30°.
cordingly, during heating As and Af are the	temperatures at which the transformation from martensite
change may still be debated, few argue that	temperatures are rising globally and that this change wi
F); however, despite the aridity, nighttime	temperatures are generally not sharply lower than daytim
As pavement	temperatures changed with the seasons, the relationship
ates will grow all year long as long as the	temperatures are favorable.
ncreased in June, July and August as summer	temperatures regularly reach 50 degrees Celsius.
uring testing in California, however as the	temperatures moderated in the spring of 1948, accident r
restriction on their distribution as water	temperatures change due to global warming.
As water	temperatures remained very warm along its path, the hurr
r various ores, weaved asbestos, calculated	temperatures, and worked with static electricity.
fuels have ashes with very high ash fusion	temperatures.
Ash fusion	temperatures are determined by viewing a moulded specime
aining enzyme structure and function at low	temperatures.
ause of their lack in stability even at low	temperatures the reaction products revert back to the or
lone, and the material may deform at higher	temperatures, and must be low in order to prevent format
t in cycloadditions, but in general at high	temperatures due to favorable aromatic stabilization of
At high	temperatures, RuBisCO activase aggregates and can no lon
of Sulphurets on Metallic Silicates at High	Temperatures; The Relations of the Silurian and Metamorp
nnelling also, although it dominates at low	temperatures only.
ension on the Contraction of Muscle at High	Temperatures' (1904); 'The Gradation of Activity in Musc
It can also happen at lower	temperatures if the extruded product temporarily sticks
er than thermoplastic materials at elevated	temperatures up to 130 °C (266 °F).
a significant conformational change at low	temperatures to upregulate cold-shock proteins by presen
ontact with hydroochlorate bleaches at high	temperatures, however, the treated fabric released hydro
effect is typically appreciable only at low	temperatures (<200 K).
research on the properties of steam at high	temperatures, and during the first World War used x-ray
or mixtures of the like Air consists at low	temperatures of molecules.
arbon dioxide (CO2) and oxygen (O2) at high	temperatures.
nes not being designed to operate at ground	temperatures higher than 115 degrees F, which were typic
At elevated	temperatures they dissociate, i.e. they break apart into
rocess, but it may be performed at elevated	temperatures for large wires to reduce forces.
substance contracts to a low volume at low	temperatures, when little thermal energy is present.
Arsenic can also sublime at high	temperatures.
At higher	temperatures it has been demonstrated there is a complet
, which decomposes to WO3 and water at high	temperatures.
is done in the presence of Et3B and at low	temperatures around -30 °C.
turn undergoes disproportionation at higher	temperatures to give gold metal and AuCl3.
elop significant tin pest damage at lowered	temperatures is about 18 months, which is more than twic
dehydrates to the trihydrate and at higher	temperatures to the monohydrate.
The thione is favored at lower	temperatures, lower concentrations, and in less polar so
action of scandium and hydrogen at elevated	temperatures.
different minerals, some will melt at lower	temperatures than others.
At higher	temperatures, and hence lower undercooling, the reduced
Metals under constant stress at elevated	temperatures can creep.
tal's properties is the dwell time at those	temperatures.
Escherichia coli that is destroyed at high	temperatures.
These shavings then ignite at high	temperatures, and they are much more effective than thei
s resistance to erosion by gas flow at high	temperatures.
Production at other	temperatures results in pyrophoric cerium(III) oxide.
ative to coarser grains, especially at high	temperatures, because smaller grains contain more atoms
Nuclear Magnetism of Solid Hydrogen at Low	Temperatures.
his work on the rock metamorphosis at high	temperatures and pressures.
,2-benzenedithiol but is a solid at ambient	temperatures (m.p. 135-137 °C).
It forms at higher	temperatures and with more rapid chilling.
alline solid that decomposes slowly at room	temperatures and explodes above 95 °C.
almost constant even when heated at frying	temperatures.
isplays superionic conductivity at elevated	temperatures.
s, in different positions, and at different	temperatures, by an official, neutral body (COSC).
They are produced at low	temperatures and sometimes undergo pre-fermentation mace
sistance does not fall off rapidly at lower	temperatures.
At high	temperatures, organobromine compounds are easily convert
ppear to have existed in equilibrium at low	temperatures.
The venom even works at sub-freezing	temperatures.
At low	temperatures, SbCl5 converts to the dimer, bioctahedral
Silica is soluble in water at high	temperatures forming monosilicic acid, (Si(OH)4) and thi
room temperature, but decomposes at higher	temperatures.
This occurs primarily at low	temperatures where there is little thermal motion presen
bon dioxide, and decomposes slowly at lower	temperatures.
t cake, and as oil is liquid even at cooler	temperatures, chiffon cakes do not tend to harden or dry
It decomposes easily at elevated	temperatures into acetamide.
salts all exhibit superconductivity at low	temperatures.
ng carrying fluids which may congeal at low	temperatures, for example, tars or molten sulfur.
With these extended times at low	temperatures, the meat becomes tender enough that its we
compounds and aromatic hydrocarbons at high	temperatures.
If one conducts short tests at elevated	temperatures, that data can be used to extrapolate the b
decomposes slowly in storage even at normal	temperatures.
is considerably high, particularly at high	temperatures (>75 °C) where it is more sensitive than ni
Solid oxide fuel cell operates at high	temperatures with high fuel to electricity conversion ra
cutive days, in five positions and at three	temperatures.
DOA features flexibility at low	temperatures, good electrical properties, good resistanc
to grow germanium films on germanium at low	temperatures in a Metalorganic Vapor Phase Epitaxy (MOVP
skites also exhibit paraelectricity at high	temperatures.
trachloride, which can be distilled at high	temperatures.
z or ceramic beads, which is heated at high	temperatures.
is marked lowering of efficiency at higher	temperatures.
as hydrogen or carbon monoxide, at elevated	temperatures.
rost) is simply soil or rock at subfreezing	temperatures.
sensitivity, reactions are conducted at low	temperatures and samples are often stored over anhydrous
At lower	temperatures, the primers bind less specifically.
cts violently with elemental indium at high	temperatures and, when exposed to potassium, can form sh
At high	temperatures Na+ and K+ readily substitute for each othe
e is a monoclinic polymorph stable at lower	temperatures.
that the process is carried out at moderate	temperatures that do not liberate carbon dioxide.
Tin objects at low	temperatures will simply disintegrate.
However, at low	temperatures vanadium nitrogenases have been found to be
in order to preserve the filaments at high	temperatures.
in is highly stable, unfolding only at high	temperatures
The two gases will separate at low	temperatures (<4 °C), which would permit administration
t solids' solubilities are higher at higher	temperatures.
At higher	temperatures, the data are for water vapor only.
technology - to be able to operate at lower	temperatures, meaning less power wasted on heating - a p
At elevated	temperatures gaseous UO3 is in equilibrium with solid U3
lerances, firing can be undertaken at lower	temperatures for a longer period to achieve comparable r
obility and diffusion processes at elevated	temperatures.
At high	temperatures, oxygen mixes with the copper to form cupro
At higher	temperatures, the Al2Cl6 dimers dissociate into trigonal
It oxidizes in air at elevated	temperatures producing arsenic oxides, the products and
mbs - they sometimes did not explode at low	temperatures (as may have been on the flight).
O2 in equilibrium with its vapor at various	temperatures.
diesel engines to allow operation at higher	temperatures.
lity than hydrazine, especially at elevated	temperatures, and can be used as its replacement or toge
reely through the crystal structure at high	temperatures.
s from a sharp singlet at 4.2 ppm at higher	temperatures to a complex pattern at lower temperatures.
ble enough to be purified and stored at low	temperatures in the absence of water and, as such, is co
icated from them) operate only at cryogenic	temperatures, and others (such as VOx microbolometers) c
measurements are almost always made at low	temperatures with systems in ground states, and this dif

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「temperature s」の共起表現一覧(2語左で並び替え)