「temperature]」の共起表現一覧(2語左で並び替え)
該当件数 : 3271件
| pe star of six solar masses, with a surface | temperature between 11,000 and 25,000 kelvins. |
| The cave has a constant | temperature of 58 °F (14 °C), and portions flood during |
| it will continue until it reaches a certain | temperature, approximately 800 °C (1,500 °F), where, du |
| This resistor has a positive | temperature coefficient of resistance. |
| re is sealed in a vacuum and held at a high | temperature over a longer period (1000 °C for five days |
| cause, as a much hotter star with a surface | temperature of 26,000 K, it emits most of its energy in |
| Icosane's phase transition at a moderate | temperature makes it a candidate phase change material, |
| γ-Mn2O3 is ferrimagnetic with a Neel | temperature of 39 K. |
| It has a surface | temperature of 25,000 K and emits a total radiation equ |
| n to molybdenum disulfide (MoS2) in a broad | temperature range from 300 °C to 820 °C. |
| eans, for example, that light with a colour | temperature of 6000 K may appear white under high lumin |
| alt sulfides), is then adjusted (to a lower | temperature and pressure) to precipitate the mixed sulf |
| It has a melting | temperature of about 3250 degrees Celsius. |
| Tl2Ba2Ca2Cu3O10 (TBCCO-2223) has a critical | temperature (Tc) of 127 K, discovered in 1988. |
| oat milk that has been heated to a moderate | temperature for 10 minutes. |
| DNA is denatured at a high | temperature - usually 94 °C (201 °F). |
| causing the liquid to evaporate at a lower | temperature than normal. |
| , igneous in appearance but formed at a low | temperature from a water-rich melt, with large crystals |
| There are two forms of Cu2S a low | temperature monoclinic form ("low-chalcocite") which ha |
| eracting) much earlier and thus at a higher | temperature, than higher mass WIMPs. |
| It is a low | temperature hydrothermal phase occurring in zeolite fac |
| Steel welds at a lower | temperature than iron. |
| lightly larger in diameter and has a higher | temperature. |
| As for most other Planck units, a Planck | temperature of 1 (unity) is a fundamental limit of quan |
| s basic idea is that on cooling from a high | temperature state, symmetry breaking can occur. |
| i.e. they separate when heated at a higher | temperature than dissimilar sequences, a process known |
| The molten alloy has a solidus | temperature of about 910 °C. |
| soon realised that the room is at a normal | temperature. |
| regular intervals, and thus maintain a high | temperature in the incoming air. |
| III spectral type, meaning it has a surface | temperature around 5,000 kelvins. |
| It therefore has a surface | temperature of 6,000 to 7,500 kelvins and is larger, ho |
| In a high | temperature environment, an epimerization change is lik |
| It is debated whether this is a subjective | temperature for which different individuals may determi |
| It happened only twice that a higher | temperature was recorded. |
| combusting a sample of known mass in a high | temperature (about 900°C) chamber in the presence of ox |
| They provide a constant | temperature of around 12 °C and high humidity of around |
| The rivulet and lake have a constant | temperature of 30-31°C and the subtropical water lily s |
| than that of air (presumably at a standard | temperature and pressure). |
| It has a surface | temperature of about 6,000 to 7,500 kelvin. |
| e is to lay down a thin base coat of a high | temperature wax, usually labeled for tropical water, to |
| Broadly, at a given | temperature a lipid bilayer can exist in either a liqui |
| sk, when gas in the disk reaches a critical | temperature that causes a change in viscosity, resultin |
| All lipids have a characteristic | temperature at which they undergo a transition (melt) f |
| n operation, the drawers maintain a uniform | temperature by removing the heat generated by the power |
| A differential | temperature sensor with a motorized valve can control t |
| pectral type B7IV, meaning it has a surface | temperature of 11,000 to 25,000 kelvins. |
| to include two colder months with a daytime | temperature of 24°C and 16°C at night. |
| It therefore has a surface | temperature of 5,000 to 6,000 kelvins, in the same rang |
| It burned at such a high | temperature that it could penetrate armour plate. |
| t is a class A star, it possesses a surface | temperature between 7,500 to 11,000 kelvins. |
| The water bath runs at a natural | temperature of 29.6°Celsius (86o F). |
| At a certain | temperature the amount of moisture absorbed by the salt |
| s baked first at a high, then at a moderate | temperature until the crust is crunchy. |
| excess of activation energy at a particular | temperature. |
| n freshly broken, volatilizes at a moderate | temperature, and burns readily with a yellow, smoky fla |
| The Sun for example has a core | temperature of 13,600,000 K. |
| n reactions are to be conducted at a higher | temperature. |
| erally or the same hot liquid to a suitable | temperature is used so that the one that the species th |
| the discharge of a cold water at a constant | temperature, resulting in an ideal habitat for rainbow |
| Brandy has a more pleasant aroma at a lower | temperature, e.g., 16 °C (61 °F). |
| ion range of a flammable solvent at a given | temperature and pressure for which air/vapor mixtures c |
| ystems the wire is maintained at a constant | temperature, the current required to achieve this is th |
| e-like saucepan and roasted at a controlled | temperature. |
| he heat flow resulting from a perpendicular | temperature gradient and vice versa, and the Maggi-Righ |
| SAO 49986 possesses a surface | temperature of about 11,000 kelvins, and is about the s |
| ents for long periods of idling at a higher | temperature. |
| Both star have a surface | temperature of 8,000 kelvins. |
| For a prescribed | temperature, T and the spectral interval from 0 to λ , |
| The solvent is then removed by a lower | temperature distillation process and reclaimed for re-u |
| Each vent has a characteristic | temperature ranging from 25 °C (77 °F) to 100 °C (212 ° |
| o calculate and report BRN given a vertical | temperature profile. |
| They prefer a water | temperature of 22-28 °C, a pH of 6.5-7.5 and a hardness |
| It therefore possesses a surface | temperature of 3,500 to 5,000 kelvins and is cooler tha |
| ral type K2, meaning it possesses a surface | temperature of 3,500 to 5,000 kelvins, which is cooler |
| llow the distillation to proceed at a lower | temperature. |
| d for several months can be kept at a lower | temperature, others seem to keep growing. |
| otropes, where the mixture boils at a lower | temperature than either component. |
| liquids heavier than water, at a reference | temperature of 15.5 °C (59.9 °F), uses 144.32 rather th |
| al type B5V, meaning it possesses a surface | temperature of 11,000 to 25,000 kelvins and is a dwarf |
| ectral type B2.5V, meaning it has a surface | temperature of 11,000 to 25,000 kelvins. |
| steam at 515,000 lbs per hour, with a steam | temperature of 1,065 deg F (566 deg C) and 1,500 psi op |
| n infinite oxygen chains can exist in a low | temperature gas. |
| The ores formed hydrothermally in a medium | temperature range of 300 to 150 °C. |
| hen there is a boundary layer with a normal | temperature profile (warm air rising into cooler air) a |
| At a surface | temperature of 8,700 kelvins, this star is actually on |
| ame ever played indoors, with a comfortable | temperature of 60 °F (16 °C). |
| Shortbread is baked at a low | temperature to avoid browning. |
| ember 2010, the field centre recorded a low | temperature of -18.0C, |
| ting process plates workpieces at a similar | temperature, rate and hardness, as compared to hexavale |
| February 6, 2008 recorded a minimum | temperature of 9.4 °C. |
| type B3IVp, meaning it possesses a surface | temperature of 11,000 to 25,000 kelvins. |
| ing power when hydrogen gas at a sufficient | temperature and pressure is admitted to the core (made |
| The sufferer will have a high | temperature and respiration rate and a low blood pressu |
| ling the valve stems to function at a lower | temperature, thus allowing the valve stems (and other p |
| st, tolerates reduced salinity, has a lower | temperature tolerance than Chthamalus spp and a higher |
| Peer has in the summer quite a nice | temperature, around 20 degrees celsius. |
| w through a calibrated tube at a controlled | temperature. |
| This furnace operates at a high | temperature by using regenerative preheating of fuel an |
| spectral type A7V, meaning it has a surface | temperature of 7,500 to 11,000 kelvins. |
| IV, but its color index indicates a surface | temperature much cooler than an F8 star should be. |
| Kochab has a surface | temperature of approximately 4,000 K. |
| r at the centre of the nebula has a surface | temperature of approximately 140,000 K. |
| s by way of heating water/fluid to a preset | temperature (or sometimes in the case of single pipe sy |
| With a maximum | temperature of 89 °C, the springs are the hottest in Ca |
| flat clay plate, which is heated to a high | temperature, and placed on the table, where thin slices |
| an excess of reagent or too high a reaction | temperature results in some double methylation of the a |
| spectral type A0, meaning it has a surface | temperature of around 11,000 kelvins, which is about tw |
| ioctyl phosphine selenium (TOPSe) in a high | temperature solution of trioctyl phosphine (TOP) and tr |
| spectral type G0, meaning it has a surface | temperature of around 6,000 kelvins, which is slightly |
| This gives the stream a lowered | temperature and density, making inhalation less irritat |
| s interpreted as being the product of a low | temperature, hydrothermal origin. |
| heat to bring the suspension to a scalding | temperature. |
| ite and natrojarosite) is favoured by a low | temperature environment, less than 100 °C, and is illus |
| from the air and maintained within a narrow | temperature range, keeping the glass hot enough to rema |
| This allows quenching to start at a lower | temperature, making the process much easier. |
| e test subject is then placed in a constant | temperature cooling bath on top of a gasket to prevent |
| le fermenting for three years at a constant | temperature of 15C. |
| ral type K2, meaning it possesses a surface | temperature of 3,500 to 5,000 kelvins. |
| The FBC boiler operates at a lower | temperature compared to other coal-fired boiler technol |
| ectral type G8III, meaning it has a surface | temperature of 5,000 to 6,000 kelvins. |
| e from sprouted wheat and prepared at a low | temperature. |
| proximately 30 days and requires a constant | temperature of greater than 30°C (86°F). |
| Allows water to be stored at a higher | temperature |
| nt of the spectral class M3, with a surface | temperature of 3,650 kelvins, meaning it is brighter, y |
| the house could be heated to a comfortable | temperature in only thirty minutes, from -20 to 60 degr |
| o sterilise) to indicate whether a specific | temperature and pressure has been reached. |
| ral type K0, meaning it possesses a surface | temperature of about 5,000 kelvin. |
| tion time is the time required at a certain | temperature to kill 90% of the organisms being studied. |
| melted and then allowed to cool to a target | temperature whereupon he observed the types of minerals |
| next stage, since this water has a suitable | temperature and pressure near or slightly above the ope |
| ormed material after a hold time at a given | temperature |
| spectral type A3, meaning it has a surface | temperature of 7,500 to 11,000 kelvin. |
| type K4III, meaning it possesses a surface | temperature of 3,500 to 5,000 kelvins. |
| Given a surface | temperature of 26,700 Kelvin, theoretical calculations |
| ue because crystals always grow at a finite | temperature. |
| It therefore has a surface | temperature of 3,500 to 5,000 kelvins and is much large |
| specified quantity of water to a specified | temperature and store it at that temperature for a spec |
| other time he exposed himself to such a low | temperature that he collapsed into unconsciousness. |
| ral type F0, meaning it possesses a surface | temperature of around 7,500 kelvin, which is slightly h |
| ral type G0, meaning it possesses a surface | temperature of approximately 6,000 kelvin. |
| ny different types of particulate in a high | temperature gas stream. |
| It is also heat-labile - at a higher | temperature of 37°, becomes slightly unfolded and expos |
| imulant thermogenesis would have had a body | temperature in the hyperthermic range , making the role |
| It has a softening | temperature of 257°F (125°C) and a melting temperature |
| ectral type K3III, meaning it has a surface | temperature of 3,500 to 5,000 kelvins. |
| ng it is a normal giant star with a surface | temperature of 3,500 to 5,000 kelvins, and is brighter |
| ated steam contacts a surface with a higher | temperature. |
| type of G5, and therefore it has a surface | temperature of 5,000 to 6,000 kelvin. |
| ng it is a bright giant star with a surface | temperature under 3,500 kelvins. |
| uch as olive oil, to distillation at a high | temperature. |
| rol is that the clinker should reach a peak | temperature such that the finishing reaction takes plac |
| by sands which is agitated to be a moderate | temperature. |
| argentite, stable above 176 °C, and a high | temperature face-centred cubic form stable above 586 °C |
| of electric current it is heated to a high | temperature that starts the exothermic chemical reactio |
| easurements of surface rocks, a photometer, | temperature and pressure gauges, and a motion/rocking s |
| ndently of Moodera's, also developed a room | temperature MTJ with high TMR (18.0%) based on an Fe-Al |
| a dwarf star, like our Sun, with a surface | temperature of 11,000 to 25,000 kelvins. |
| ght pollution and, as the sea has a uniform | temperature, the air is also free of rising currents wh |
| They enjoy full sun and need a minimum | temperature of 10 °C (50 °F). |
| , the coldest month is January, with a mean | temperature of −14 °C (7 °F), while the warmest is July |
| for 10 hours, drained and kept at a maximum | temperature of 4°C (39°F) until sold. |
| ectral type M0III, meaning it has a surface | temperature of about 3,500 kelvins. |
| type K3IIIb, meaning it possesses a surface | temperature between 3,500 and 5,000 kelvins. |
| ral type of F8, meaning they have a surface | temperature of 6,000 to 7,500 kelvins, slightly hotter |
| tem was to insert a liquid with a different | temperature into the body resulting in an increase or d |
| shold at above 55-60° F (13-16° C), a lower | temperature than most other blow-flies. |
| lectronic crystal oscillators at a constant | temperature, in order to prevent changes in the frequen |
| heat shock, where cells are cooled to a low | temperature (+4 degrees Celsius) and then heated to a h |
| The plant can tolerate only a minimum | temperature of -28°C / -18.4F after the occurrence of c |
| Old Saybrook and Old Lyme share a mean | temperature of 31 °F (−1 °C) in their coldest month (Ja |
| rsing thermometer is able to record a given | temperature to be viewed at a later time. |
| onsisting of an O5V that exhibits a surface | temperature of nearly 45000 K and a luminosity ~100000 |
| mel malted barley that is roasted at a high | temperature longer and more slowly than most malts. |
| t always ectothermic, generally have a body | temperature similar to that of endotherms. |
| than to cool quickly and hold at a certain | temperature. |
| terest as a intermediate coolant for a high | temperature molten salt reactor where it could transfer |
| To maintain a safety factor a finishing | temperature is defined above the recrystallization temp |
| ty 340 times that of the Sun with a surface | temperature of 5400 kelvins. |
| ectral type K3III, meaning it has a surface | temperature of 3,500 to 5,000 kelvins. |
| If the rising parcel cools to a lower | temperature than its new surroundings, so that it has a |
| in India.Surajkund hot spring has a surface | temperature of 87 °C (189 °F) and an average subsurface |
| s water vapor and methane and has a surface | temperature of approximately 480-560 Kelvin. |
| times that of the Sun, and it has a surface | temperature of approximately 3,400 K, just over half th |
| ral type A0, meaning it possesses a surface | temperature of about 11,000 kelvin, which is almost twi |
| widely dispersed it becomes - at a specific | temperature. |
| olycarbonate is stronger, usable in a wider | temperature range but more expensive. |
| r components that must operate over a broad | temperature range and resist oil and coolants. |
| It therefore possesses a surface | temperature of 11,000 to 25,000 kelvins and is brighter |
| opulations that tends to favour a planetary | temperature close to the optimum for daisy growth. |
| It therefore possesses a surface | temperature of 11,000 to 25,000 kelvins and is larger, |
| under reflux to be carried out at a higher | temperature. |
| , spontaneous net flow of heat from a lower | temperature to a higher temperature had never been obse |
| and non-stressed ectotherm at a particular | temperature. |
| e cluster is almost isothermal, with a mean | temperature of kT ~ 2.0 keV. |
| ectral type B8III, meaning it has a surface | temperature of 11,000 to 25,000 kelvins and is much bri |
| re internal energy while undergoing a given | temperature change, but without undergoing a phase chan |
| ion of furnace brickwork, leading to a high | temperature within the furnace and consequently a high |
| to overcome is being able to grow at a low | temperature during a presumably short time span when a |
| The star itself has a surface | temperature of approximately 10,000 °C (18,000 °F). |
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！
こんにちは ゲスト さん
|
ログイン |
Weblio会員(無料)になると
|
