「tem- perature」の共起表現一覧(1語右で並び替え)2ページ目
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| e pore, the surrounding mineralogy, and the | temperature and pressure conditions during cementation. |
| limatic parameters, that is monthly average | temperature and precipitation, at a certain location. |
| oyage to St. Nazaire, it was found that the | temperature and condition of the cargo in the holds was |
| ys incident was set up to record fuel flow, | temperature and fuel tank levels, the QAR has also been |
| ion will then be sensitive to variations in | temperature and stress in the fiber. |
| The ice cores provide a proxy archive of | temperature and atmospheric constituents that help to u |
| Feet per Minute and Standard conditions for | temperature and pressure |
| ocess subjects a component to both elevated | temperature and isostatic gas pressure in a high pressu |
| parameters (primarily electron density and | temperature) and to study their latitude and seasonal v |
| o sterilise) to indicate whether a specific | temperature and pressure has been reached. |
| ed that the spacecraft returned data on the | temperature and pressure in space, and the conditions o |
| fore 3:00pm, accompanied by a rapid drop in | temperature and a fierce wind change that uprooted tree |
| mospheric studies included monitoring of 3D | temperature and pressure fields, global mapping of wind |
| o raise the melting point, glass transition | temperature and generally improve chemical resistance v |
| If the substances are at the same | temperature and pressure, there will be no net exchange |
| was known for recruiting viewers to provide | temperature and rainfall as "weather watchers", and for |
| and withstand treatment with 2% SDS at room | temperature, and aggregates, which are bundles of polym |
| ustry and commerce, standard conditions for | temperature and pressure are often necessary to define |
| next stage, since this water has a suitable | temperature and pressure near or slightly above the ope |
| seous layer where, because of the Earthlike | temperature and pressure, droplets may condense from th |
| as the occurrence of blueschist blocks (low | temperature and high pressure metamorphic rocks) in dir |
| on the marver, for two reasons: controlling | temperature and adjusting shape. |
| It exists as a colorless gas at room | temperature and is highly toxic. |
| See also: Neutron | temperature and neutron moderator |
| but relative humidity is a function of both | temperature and absolute moisture content, so small tem |
| RI of a substance is strongly influenced by | temperature and the wavelength of light used to measure |
| O VIII lines probes the distribution of gas | temperature and density. |
| dence of the input voltage or frequency, or | temperature, and enables it to also detect a malfunctio |
| determined by the "lift" between the input | temperature and the output temperature. |
| bstrate, the surface pressure, composition, | temperature, and pH of the subphase. |
| specified quantity of water to a specified | temperature and store it at that temperature for a spec |
| ng, numbness, decreased sensation to touch, | temperature, and vibration, and tiredness for up to six |
| The pitch varies with | temperature and it can also be affected by the boundary |
| sample environments for measurement at low | temperature and high Magnetic field, for physical scien |
| onditions, in simulated body fluid, at high | temperature and pressure, and under other conditions. |
| ion or external demand factors like outside | temperature and the need to provide heat to maintain co |
| only until the casting has reached the bath | temperature; and then cooled to room temperature. |
| at should not be significantly dependent on | temperature and pressure. |
| tch, as well as indicators and controls for | temperature and holding time. |
| oxides that do form and lowers the melting | temperature and the viscosity of the oxides. |
| at a finite volume or non-zero pressure and | temperature, and the ideal state, usually at zero press |
| With increasing | temperature and fluorine pressure stoichiometries up to |
| including protein dynamics as a function of | temperature and problems in mechanistic enzymology. |
| mit) of 75% in an air-gas mixture at normal | temperature and pressure. |
| easurements of surface rocks, a photometer, | temperature and pressure gauges, and a motion/rocking s |
| magnitude of the refraction depends on the | temperature and water vapor concentration in the atmosp |
| ess that occurs under situations of intense | temperature and pressure where grains, atoms or molecul |
| ased on the TCA level in the affected wine, | temperature, and the alcohol level of the wine. |
| owed to so expand are initially at the same | temperature and pressure, the entropy increase is said |
| ly to possess an atmosphere due to its high | temperature and strong radiation from the star. |
| such milk can still sour naturally at room | temperature and in baking is very similar to raw sour m |
| Metabolic ecology: | temperature and body size in the determination of biolo |
| Where T0 is the initial | temperature and T is the temperature at the center. |
| e sponge's fermentation time depends on its | temperature and that of the surrounding area, the ingre |
| sive amounts of glucose are released at low | temperature and a special form of insulin allows for th |
| A thermometer precisely measures the | temperature and indicates a numerical value for the tem |
| pyl derivative however, is a liquid at room | temperature and more soluble in hydrocarbons. |
| The crew finds that | temperature and enters it into the flight management sy |
| or cooking purposes, it has a very low melt | temperature and an extremely high burn temperature. |
| sical effects- such as a dramatic change in | temperature and artificial snow. |
| where k0 is a constant, T is the absolute | temperature and Q is the activation energy for boundary |
| at, where it is allowed to warm to solution | temperature; and |
| At the elevated | temperature and pressure conditions chemically reactive |
| The star's true | temperature, and so the planet's surface temperature, c |
| been severely degraded by the high surface | temperature and pressure and the presence of corrosive |
| For controlled environments, in which | temperature and humidity are controlled, 0.50 V can be |
| diameter and hence the cooling rate, billet | temperature and resulting solid particle nucleant densi |
| p to ten generations per year, depending on | temperature and areas of development. |
| However when the | temperature and pressure decrease as would occur when t |
| ric layer under the assumptions of constant | temperature and gravity. |
| ermal expansion is required, or higher room | temperature and elevated temperature strengths. |
| and minimum scales; this shows the current | temperature and should be the same on both scales. |
| operation - heat the salt and workpieces to | temperature and submerge until the duration has transpi |
| tmospheric pressure at various heights, and | temperature, and surface light levels. |
| no longer possible to independently control | temperature and pressure. |
| s then reduced with hydrogen, again at high | temperature and pressure, to precipitate nickel powder |
| om a structural transformation between high | temperature and low temperature forms. |
| and S. A. Pulinets showed that anomalies in | temperature and humidity had been observed before the e |
| y 10m with equipment to measure wind speed, | temperature and humidity, and sited in an enclosure wit |
| , a sounder to take readings of atmospheric | temperature and moisture, a solar x-ray imager to detec |
| Another method for conversion is low | temperature and high temperature coal carbonization. |
| ng growth and development, metabolism, body | temperature, and heart rate. |
| In addition to building | temperature and moisture control, spray foam insulation |
| Zarigani need low | temperature and high water purity, so they live in uppe |
| process does not use extreme variations of | temperature and therefore chemically strengthened glass |
| ft), averages 20 to 27 °C (68 to 81 °F) in | temperature, and receives a mean of 900 mm (35 in) of a |
| f such tissues depends upon factors such as | temperature and concentration of the osmotic solution, |
| e is thermodynamically unstable at standard | temperature and pressure, and tends to alter to calcite |
| By August 21, her body | temperature and pulse had risen to 41°C and 158 respect |
| astrophic engine failure, limiting both the | temperature and compression of the extremely explosive |
| l is a colorless transparent liquid at room | temperature, and immiscible to water. |
| At standard | temperature and pressure, n-butylamine is a liquid havi |
| 0 °C; it remains stable after releasing the | temperature and pressure. |
| ve developed to assist with regulating body | temperature and was later co-opted for breathing. |
| ess, for fast maturation of cheese via high | temperature and humidity. |
| ne there is the zone of LCT (lower critical | temperature) and above there is the zone of UCT (upper |
| region, in order to store wine at an ideal | temperature and humidity. |
| Ruska added expertise and product lines in | temperature and pressure/flow calibration. |
| The fungus is sensitive to | temperature and when the air temperature is high, the p |
| he reactants more quickly, burn at a higher | temperature, and increase the spread of the fire. |
| is approximately 3-4 weeks, depending upon | temperature, and a single female may give birth on mult |
| les are much less affected by variations in | temperature, and do not need to be mixed on-demand like |
| shale gas to shale oil depends of retorting | temperature and as a rule increases by the rise of temp |
| In a pure state, it is liquid at room | temperature and it has a yellowish color. |
| depending on the ripeness of the fruit, the | temperature, and the humidity. |
| is independent of physical conditions like | temperature and pressure, providing advantages over mol |
| substance is vaporized at a relatively high | temperature, and then the vapor travels to an area of l |
| ee of dissolution increases with the firing | temperature, and hence the extent of opacity diminishes |
| Because Hofmann elimination is a | temperature- and plasma pH-dependent process, cisatracur |
| temperature and choice of solvent, etc.) can be altered | |
| red by heating the sample at its denaturing | temperature and then the temperature is suddenly reduce |
| r affecting the water quality is the area's | temperature and rainfall, and Hunt's model is set up fo |
| collisional radiative models for helium the | temperature and density of plasmas which have helium pr |
| otaxis (the nematode worm prefers a certain | temperature and moves accordingly). |
| s in that they flow more readily at ambient | temperature and could be produced by cold-flow techniqu |
| Waters in the blue holes are of a constant | temperature and never freeze over despite northern Ohio |
| Mercury(II) oxide is a solid at room | temperature and pressure. |
| omplete destalking, long maceration at high | temperature, and daily pumping-overs. |
| The species survives best in room | temperature and warm environments, the optimal range fo |
| h, which can appear several days after high | temperature and painful sore throat, can be itchy and p |
| m phenolate and carbon dioxide under higher | temperature and pressure. |
| m spice refers to spatial variations in the | temperature and salinity of seawater whose effects on d |
| Manipulation of annealing | temperature and magnesium ion (which stabilise DNA and |
| ily meteorological variables for windspeed, | temperature and humidity. |
| lecules of gases, liquids or solids at room | temperature and atmospheric pressure, because the resul |
| as measured volumes are highly affected by | temperature and pressure. |
| he assumption of a Venerean distribution of | temperature and a maximum albedo of 0.8, the temperatur |
| lex also exhibits photoluminescence at room | temperature, and its wavelength and lifetime can be tun |
| grals we can then identify β as the inverse | temperature and μ as the chemical potential. |
| The blast lowers Jack's body | temperature, and he walks into the midst of the swarm a |
| d the output is stable over a wide range of | temperature and supply variations. |
| Due to Adiabatic lapse, | temperature and pressure decrease as altitude increases |
| Center boasts a 5,000-square-foot (460 m2) | temperature and humidity controlled wine cellar, which |
| nsity of the gas should be used at Standard | temperature and pressure. |
| artial pressure, current density, operating | temperature and hydrogen back diffusion due to the pres |
| Some people believe that the loss of tyre | temperature and pressure that results from such an exte |
| Temperature and humidity can influence the rate of expa | |
| factors that depend on the location include | temperature and oxidation/reduction. |
| A combination of low | temperature and low relative humidity represents the op |
| is a clear substance that is liquid at room | temperature and which does not occur in nature. |
| ues are relative to the liquid state at 0°C | temperature and 3483 kPa pressure. |
| ation, such as storage in molecular sieves, | temperature and moisture are the two key factors affect |
| universe cooling to approach absolute zero | temperature and approaching a state of maximal entropy |
| h the universe approaching arbitrarily high | temperature and maximal entropy as the end of the colla |
| gital control of vacuum, digital display of | temperature and rotational speed, and vapor temperature |
| rless, volatile, pungent liquid at standard | temperature and pressure. |
| rimary goal of AMiBA is to observe both the | temperature and polarization anisotropies in the Cosmic |
| tive wine cellar, important factors such as | temperature and humidity are maintained by a climate co |
| ations of CRTM are retrievals of brightness | temperature and sea surface temperature from Advanced V |
| ed volatile matter of green coke depends on | temperature and time of cooking, but also on the method |
| st in environments with different salinity, | temperature, and pH. |
| The trans form predominates at room | temperature, and IR measurements indicate it is more st |
| mined by the nature of the compounds, their | temperature, and the relative humidity (if they are exp |
| not flow, 3°C is added to the corresponding | temperature and the result is the pour point temperatur |
| X-ray spectrum and thereby the composition, | temperature and velocities of hot matter in the early u |
| ling point is just a few degrees above room | temperature and isopentane will readily boil and evapor |
| This enables computation of static air | temperature and true airspeed. |
| Optical fiber sensors for | temperature and pressure have been developed for downho |
| eet and rich aroma and to be served at room | temperature and slowly sipped. |
| 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. |
| ller operations the material starts at room | temperature and must be heated. |
| mites prefer areas of high humidity and low | temperature, and can be controlled by removing and dest |
| plugs completely, or the chimney reaches a | temperature and oxygen level at which the deposit will |
| ss space than storing it as a gas at normal | temperature and pressure, however the liquid density is |
| he reactive form of formaldehyde depends on | temperature and pH. |
| astatic malt extract to an appropriate mash | temperature and holding it for a time so the extract's |
| nd hypothesized that other factors, such as | temperature and magnetic fields, were responsible for t |
| menon produced by the unique combination of | temperature and salinity in the density stratified ocea |
| atures ranging from network connectivity to | temperature and humidity monitoring. |
| r of carbonate formation under near surface | temperature and pressure conditions, but shifts to sili |
| lack holes classically, then they have zero | temperature and, by the no hair theorem, zero entropy, |
| tside the boundary layer in which velocity, | temperature, and/or concentration gradients are negligi |
| rials such as hydrocarbons in units at high | temperature and/or high pressure makes the hazards more |
| ple, a higher frost line due to higher melt | temperature and/or lower cooling rate means a longer ti |
| 2007 | temperature anomalies in March-May, with respect to a 1 |
| pressure areas are centers of warm and cold | temperature anomalies. |
| me, Distance (pc), Spectral Type, Effective | Temperature, Apparent Magnitude V, Mass, Radius, Age, R |
| been developed and tested in many room air | temperature applications with very accurate test result |
| smaleimide-based polymers are used for high | temperature applications up to 250°C. |
| ow carbon martensitic steel for atmospheric | temperature applications (withdrawn from the standard i |
| n care lotion, preceramic polymers for high | temperature applications, liquid silicone drycleaning s |
| ess, optical fiber communications, and high | temperature applications. |
| ese are extremely attractive for ultra high | temperature applications. |
| quation approaches negative infinity as the | temperature approaches zero. |
| it will continue until it reaches a certain | temperature, approximately 800 °C (1,500 °F), where, du |
| laborate, but on simple terms the MDMT is a | temperature arbitrarily selected by the user of the ves |
| perties such as its radius, composition and | temperature are unknown. |
| erties such as its radius, composition, and | temperature are unknown. |
| erties such as its radius, composition, and | temperature are unknown. |
| erties such as its radius, composition, and | temperature are unknown. |
| erties such as its radius, composition, and | temperature are unknown. |
| erties such as its radius, composition, and | temperature are unknown. |
| variations are pronounced, but extremes in | temperature are rare. |
| mplies that thickness contours (a proxy for | temperature) are parallel to upper level height contour |
| ntaneously after the threshold pressure and | temperature are applied, but has induction time. |
| awn in the wet region and lines of constant | temperature are drawn in the superheated region. |
| Average | temperature are: maximum 23.3 °C (73.9 °F), minimum 9.5 |
| Due to | temperature, aridity and geographic inaccessibility, th |
| their flight muscles in order to raise the | temperature around the hornet scout to lethal levels, r |
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