「tem- perature」の共起表現一覧(2語右で並び替え)9ページ目
該当件数 : 2588件
alt sulfides), is then adjusted (to a lower | temperature and pressure) to precipitate the mixed sulf |
than that of air (presumably at a standard | temperature and pressure). |
At standard | temperature and pressure, ethane is a colorless, odorle |
1740 that was powered by variations in air | temperature and pressure, a type of Atmos clock. |
hese may be extremely high or low ranges of | temperature, radiation, pressure, acidity, alkalinity, |
can be obtained experimentally at specific | temperature and pressure, from measurements of deviatio |
If the substances are at the same | temperature and pressure, there will be no net exchange |
seous layer where, because of the Earthlike | temperature and pressure, droplets may condense from th |
by the British Royal Society to measure the | temperature, air pressure, humidity, and rainfall 3 tim |
onditions, in simulated body fluid, at high | temperature and pressure, and under other conditions. |
Every three hours weather data (wind, | temperature, air pressure, visibility, cloud cover etc. |
owed to so expand are initially at the same | temperature and pressure, the entropy increase is said |
s then reduced with hydrogen, again at high | temperature and pressure, to precipitate nickel powder |
e is thermodynamically unstable at standard | temperature and pressure, and tends to alter to calcite |
At standard | temperature and pressure, n-butylamine is a liquid havi |
is independent of physical conditions like | temperature and pressure, providing advantages over mol |
ss space than storing it as a gas at normal | temperature and pressure, however the liquid density is |
to true airspeed (TAS) by using Outside Air | Temperature (OAT), Pressure-altitude and CAS on an E6B |
ne is a white crystalline solid at standard | temperature and pressure. |
n is equal to the solubility of CO2 at that | temperature and pressure. |
liquefiable, and flammable gas at standard | temperature and pressure. |
tituted ketenes is a red/orange oil at room | temperature and pressure. |
tile and extremely flammable liquid at room | temperature and pressure. |
his as referring to the volume at the local | temperature and pressure. |
8-diol is a white crystalline solid at room | temperature and pressure. |
d by acid hydrolysis of corn starch at high | temperature and pressure. |
mixture of bromine and oxygen gases at low | temperature and pressure. |
ile, and extremely explosive liquid at room | temperature and pressure. |
rple to black crystalline solid at standard | temperature and pressure. |
oximation for many common gases at standard | temperature and pressure. |
ne that would be 10 µm thick under standard | temperature and pressure. |
The value can also vary with | temperature and pressure. |
uperhard materials under conditions of high | temperature and pressure. |
at should not be significantly dependent on | temperature and pressure. |
mit) of 75% in an air-gas mixture at normal | temperature and pressure. |
ator transition, obtained by varying either | temperature or pressure. |
no longer possible to independently control | temperature and pressure. |
0 °C; it remains stable after releasing the | temperature and pressure. |
Mercury(II) oxide is a solid at room | temperature and pressure. |
m phenolate and carbon dioxide under higher | temperature and pressure. |
as measured volumes are highly affected by | temperature and pressure. |
nsity of the gas should be used at Standard | temperature and pressure. |
rless, volatile, pungent liquid at standard | temperature and pressure. |
It is cured at elevated | temperature and pressure.; |
Ruska added expertise and product lines in | temperature and pressure/flow calibration. |
ε-phase: dark-red to black - forms at room | temperature at pressures greater than 10 GPa |
ic, the LaRC-SI can be reformed at elevated | temperature and pressures. |
allowed for the determination of the water | temperature that prevailed while the animals were alive |
he reaction mixture is left to cool to room | temperature to prevent further reaction. |
This lower | temperature process prevents the decomposition and dena |
including protein dynamics as a function of | temperature and problems in mechanistic enzymology. |
the need for lattice matching and the high | temperature fabrication procedure involved. |
The solvent is then removed by a lower | temperature distillation process and reclaimed for re-u |
Using high processing | temperature the process system is design to output crud |
of industry experience with operating high | temperature catalytic processes, and the potential need |
ts like a Thermal Buffer Zone - Two smaller | temperature differentials produce much lower heat trans |
have needed before the rock reached closure | temperature to produce all 87Sr, yet considering that t |
It occurs as low | temperature unmixing product in serpentinites and as re |
to the mashing tubs to achieve the required | temperature for production. |
marcasite (FeS2): very common low | temperature mineral; prone to weathering; overgrows gal |
The maximum adiabatic flame | temperature a propane torch can achieve with air is 226 |
However, below this | temperature both properties of curculin are unaffected |
rth sulfates, its solubility decreases with | temperature, a property once used to separate it from o |
he volume of a gas (at a given pressure and | temperature) is proportional to the number of atoms or |
e, crystalline solid that is stable at room | temperature when protected from light and oxygen. |
nce 37°C is within the range of normal body | temperature, PrfA protein, as well as listeriolysin O a |
rock, it indicates the minimum pressure and | temperature the protolith must have achieved in order f |
The EM2's high-operating | temperature can provide process heat for petrochemical |
et, thermarum, refers to the hot spring and | temperature that provided its native habitat. |
e as many usable BTUs of energy at a higher | temperature than provided by high quality flat plate co |
throughout the year with not much change in | temperature, which provides a long flowering season. |
very compact wedge grip for | temperature chambers providing extreme temperatures |
are formed, with more of the latter as the | temperature increases; PuB4 has the tetragonal structur |
By August 21, her body | temperature and pulse had risen to 41°C and 158 respect |
the oxide and the production of a very high | temperature for purposes of welding. |
SSM is done at a | temperature that puts the metal between its liquidus an |
where k0 is a constant, T is the absolute | temperature and Q is the activation energy for boundary |
where Tt0 is the surface | temperature history, Qt is the heat flow history and k |
now a lot more exact detail about the water | temperature and quality, and the cost of using it. |
up into the air cleaner to increase the air | temperature as quickly as possible after the engine sta |
surface and continued transmission of lunar | temperature and radiation data. |
constructed near the glacier that monitors | temperature changes, radiation, and precipitation |
Weather conditions ( | temperature, wind, rain status) |
was known for recruiting viewers to provide | temperature and rainfall as "weather watchers", and for |
r affecting the water quality is the area's | temperature and rainfall, and Hunt's model is set up fo |
In the second stage, the | temperature was raised to 130 °F (54 °C) to 135 °F (57 |
and the | temperature is raised a further 3-5°C (37-41°F). |
The average January | temperature in Rancho Santa Margarita is 56 °F (13 °C), |
Temperature estimates range from 1600 K to 2400 K. | |
w as −45 °C (−49 °F), but on the inside the | temperature may range from −7 °C (19 °F) to 16 °C (61 ° |
ing to the Weather channel, monthly average | temperature highs range from 63 to 75 F. |
al zone (TNZ) is essentially an endotherm's | temperature tolerance range. |
the warmest months - July and August - the | temperature typically ranges from 25 to 29 °C (77 to 84 |
The hot sulphur springs have a | temperature of ranging between 42-45° Celsius and are s |
Due to the high | temperature and rapid quenching, sanidine can contain m |
Hypersalivation Sweating Weakness Subnormal | temperature Hypotension Rapid weak pulse Respiratory di |
e. the | temperature changes rapidly with distance from the cent |
es from the last rolling stand, the surface | temperature is rapidly reduced by high pressure water j |
The | temperature increased rapidly, peaking near 140° Fahren |
he vertical zone in the water through which | temperature drops rapidly. |
variations are pronounced, but extremes in | temperature are rare. |
The lake | temperature very rarely falls below 40 °F (4 °C) at its |
four thermodynamic diagrams used to display | temperature lapse rate and moisture content profiles in |
As of 2009, it supports core body | temperature, heart rate, respiration rate and skin temp |
Plotted on independent axes (voltage, | temperature, refresh rates), the range of working value |
comfortably live in a dry climate where the | temperature can reach 104 degrees Fahrenheit. |
ring the warm up and hence once the process | temperature is reached the actual nitriding begins with |
This page claims that the runaway | temperature was reached because of the steam being a hi |
When the right | temperature is reached oxidation of the zinc, iron and |
first graphite reactor, pool reactor, high | temperature gas reactor, molten salt reactor, fast reac |
To more accurately measure the | temperature of real objects with unknown or changing em |
ft), averages 20 to 27 °C (68 to 81 °F) in | temperature, and receives a mean of 900 mm (35 in) of a |
The coldest | temperature on record for Montana is also the coldest t |
16 January - The lowest | temperature ever recorded in Ireland, -19.1C (-2.4F) at |
Highest | temperature ever recorded is 44°C and lowest is 10 °C. |
Mississippi's highest | temperature ever recorded occurred here on July 29, 193 |
On 19 July 2006, the hottest | temperature ever recorded in the month of July in the U |
If an abnormally high | temperature is recorded the equipment will indicate the |
The minimum | temperature ever recorded was 8.9°C on 20 February 1936 |
anda Station is the location of the highest | temperature ever recorded in Antarctica, which was 15.0 |
The highest | temperature ever recorded in Half Moon Bay is 96°F (36 |
The coldest | temperature ever recorded in the city was -4°F in 1983. |
The warmest | temperature ever recorded in the city was 106°F in 1983 |
It happened only twice that a higher | temperature was recorded. |
l fluids, when compared at the same reduced | temperature and reduced pressure, have approximately th |
After several hours the | temperature is reduced in a controlled and gradual mann |
This is because of the low processing | temperature, which reduces thermal shocks and avoids ph |
hen testing semiconductor memory: voltages, | temperature, and refresh rates can be varied over speci |
s can also include the ability to lower the | temperature (via refrigeration), or the ability to cont |
se reactions frequently have a pressure and | temperature dependence region of transition between sec |
an be achieved by low-pH (and possibly high | temperature) processes related to the formation of pala |
state of the weather (sunny or cloudy), air | temperature, and relative humidity at the time of the 2 |
is an observation of atmospheric pressure, | temperature, and relative humidity taken in the free at |
e. its | temperature changes relatively slowly as it expands) th |
Once melted, it can be cooled back to room | temperature yet remain liquid for a long time. |
ow, and for various body organs to operate, | temperature must remain at consistent, balanced levels. |
n operation, the drawers maintain a uniform | temperature by removing the heat generated by the power |
der adiabatic process conditions raises the | temperature, while removing the field lowers the temper |
for Meteorological consultancies, where the | temperature was reported to be 40.3 |
The brightness | temperature values represent heat radiation from a comb |
This | temperature is required to supply the activation energy |
orcelain ones are used where ashing at high | temperature is required, but the borosilicate glass one |
If only the variation of basal | temperature is required, absolute accuracy is not so im |
printed circuits, casting resins, flow and | temperature measurement, reserve power supplies, high-r |
s, systems, and methods for controlling the | temperature of resonant elements Devices and systems fo |
The sufferer will have a high | temperature and respiration rate and a low blood pressu |
ree independent variables (such as voltage, | temperature, and response speed). |
esponses to a predicted change in core body | temperature in response to changing environmental condi |
tential drop large compared to the electron | temperature, the result is |
his market, he moved on to developing lower | temperature systems resulting in 1895 in a patent cover |
of hydrogen in iron will increase when the | temperature increases, resulting in the higher resistan |
diameter and hence the cooling rate, billet | temperature and resulting solid particle nucleant densi |
speeded up by the high humidity and steady | temperature - resulting in an El Dorado 8 year old rum, |
eddar that is cultured at a slightly higher | temperature which results in a marginally higher fat co |
It occurs in low | temperature, sulfur rich environments associated with s |
the humidity starts to increase and the day | temperature might rise up to 32 °C. |
ving inside an object, causing the object's | temperature to rise until it burst into flames. |
ter underneath the thermometer, causing the | temperature to rise, expanding the thermometer, such th |
d steam is heated at constant pressure, its | temperature will rise, producing superheated steam. |
e ground, but by mid-day on February 24 the | temperature had risen to the mid-50s Fahrenheit (around |
All the while, the political | temperature is rising - poll tax riots rage, the Gulf W |
s resistivity decreases with an increase in | temperature, average room temperature resistivity is 10 |
ns, the vehicle was on special display in a | temperature controlled room at the San Francisco Museum |
This way, any | temperature between room temperature and about 10K can |
excellent storage location for beers as the | temperature never rose above an ideal 56 degrees Fahren |
gital control of vacuum, digital display of | temperature and rotational speed, and vapor temperature |
The average yearly | temperature is roughly 6°C (43°F) and is one of the in |
ons including very high rainfalls, and high | temperature year round. |
hat, on Yom Tov, one may raise or lower the | temperature on Sabbath Mode ovens. |
ne reduces the propellant's flash and flame | temperature without sacrificing chamber pressure. |
At room | temperature in saline, the ICI 118,551 hydrochloride is |
ing drifer buoy, which collects sub-surface | temperature and salinity data. |
m spice refers to spatial variations in the | temperature and salinity of seawater whose effects on d |
menon produced by the unique combination of | temperature and salinity in the density stratified ocea |
ing surface currents and properties such as | temperature and salinity. |
d was used by the government to measure sea | temperature and salt concentration. |
terest as a intermediate coolant for a high | temperature molten salt reactor where it could transfer |
Ambient | temperature molten salts are present in the liquid phas |
to be a very reliable method of processing | temperature sensitive samples in the laboratory. |
of milling is especially useful in milling | temperature sensitive samples, as samples are milled at |
t to be held there because the average high | temperature in San Diego in February is 72 °F (22 °C), |
ures which can include barometric pressure, | temperature, colour screens, NMEA 0183 outputs, Chartpl |
ted that this is not a direct effect of the | temperature per se but rather a result of the temperatu |
ations of CRTM are retrievals of brightness | temperature and sea surface temperature from Advanced V |
tions of many different empirical scales of | temperature, the second law of thermodynamics selects t |
In 1963, he was named head of the Low | Temperature Physics section at the Westinghouse Researc |
200-year period near perihelion the maximum | temperature on Sedna should exceed 35.6 K (−237.6 °C), |
d for several months can be kept at a lower | temperature, others seem to keep growing. |
ve poorly-controlled breathing rate or body | temperature, experience seizures or unusual body moveme |
laborate, but on simple terms the MDMT is a | temperature arbitrarily selected by the user of the ves |
The sensors include triple redundant air | temperature, precipitation sensor, wind speed and groun |
extractor by merely lowering the extraction | temperature, will separate the waxes from the essential |
of H2 and O2 in two steps which makes high | temperature gas separation redundant. |
°C), Low 62 °F (17 °C) (Broke July 30 high | temperature record set in 1965) |
asteurized beer is typically stored at room | temperature for several weeks. |
hort generation time (about 10 days at room | temperature) so several generations can be studied with |
but also with an influence of host plants, | temperature and sex of individuals. |
For example, alligators use | temperature dependent sex determination during egg incu |
rosion and sediment and reduce the stream's | temperature by shading the water from the summer sun. |
he substrate, vibration, flutter, pressure' | temperature, size, shape, texture/grain, orientation an |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |