1. The vapor pressure of a fluid at the criticaltemperature.
一种流体在临界温度下的蒸气压。
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2. The steel is first slowly heated to just above its criticaltemperature.
首先慢慢把钢加热到略微超过临界温度。
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3. These materials become quite soft and flexible above criticaltemperature.
这些材料在临界温度以上变得十分柔软和易于弯曲。
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4. A method for measuring the superconducting criticaltemperature is described.
本文描述了超导体临界温度的一种测量方法方。
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5. The criticaltemperature difference of nanocompsite ceramic materials was researched.
研究了纳米复合陶瓷材料的抗热震临界温差；
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6. When the system reaches a criticaltemperature, the spins align, forming an ordered pattern.
当这一机制达到临界温度时，自旋对齐，形成有序格局。
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7. Iron at temperatures close to and above its criticaltemperature has an affinity for carbon.
铁在靠近并高于其临界温度时对碳具有亲合力。
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8. The experts at Practical Action say all fruits and vegetables have a "criticaltemperature" for storage.
“实际行动”的专家说，所有的水果和蔬菜都有一个冷藏的 “临界温度”。
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9. The minimum pressure required to liquefy a gas at its criticaltemperature is its critical pressure.
使气体临界温度时液化所需要的最小压力就是该气体的临界压力。
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10. Thus the conclusion has been made that there might exist more than one such criticaltemperature point.
进而推论：薄膜的结构性能在随温度变化中“温度临界点”可能不止一个。
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11. The calculation shows that the temperature of heavy oil throughout locates above the criticaltemperature.
计算结果显示电加热后的油流温度始终位于粘稠拐点温度以上。
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12. The lower limit of temperature at which this occurs is known as the softening point or criticaltemperature.
呈现这一性质的温度下限称为软化点或临界温度。
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13. The difference in character between the gas adsorptions below and above the criticaltemperature is described.
指出了气体在临界温度以上吸附与临界温度以下吸附的不同之处；
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14. The critical point, or criticaltemperature, is the point at which the steel has the most desirable characteristics.
临界点或者临界温度是指钢达到其最合适性能时的点。
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15. In the process known AS annealing, we heat the steel above the criticaltemperature and permit it to cool very slowly.
在通常所说的退火的热处理过程中，我们把钢加热到临界温度以上，再让它慢慢冷却。
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16. At a criticaltemperature, vanadium oxide films undergo phase transition between metal phase to semi-conducting phase.
在某一特定的温度处，氧化钒薄膜发生金属-半导体相的转变。
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17. The calculated criticaltemperature, pressure and density are also in good agreement with data from molecular simulations.
临界点温度、压力和密度的计算值和分子模拟值也基本符合。
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18. The emergence of superconductivity in certain metals when cooled below a criticaltemperature is an example of a phase transition.
当温度降至临界温度以下，某些金属会突然失去电阻，出现超导现象，这就是相变的一个例子。
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19. The criticaltemperature of the sample by this method is as high as 38.8 K, similar to those prepared by the conventional ways.
采用该方法得到的样品的临界温度可高达38.8K，与常规方法得到的样品的临界温度相近。
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20. The calculated example shows that the practical equation can calculate the criticaltemperature for regular pyramidic space trusses.
通过算例比较表明，实用计算式可简便并偏于安全地计算正放四角锥网架结构的临界温度。
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21. The criticaltemperature at which the flow curves change from continuousness to discontinusness increased as the cis content increased.
流动曲线由连续变成不连续的临界温度随顺式含量的增加而增高。
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22. Above the criticaltemperature and under high pressure the vapor may become as dens and as incompressible as the liquid at lower temperature.
在临界温度以上和高压下，蒸汽密度可能变得象在低温下液体那样稠密且不可压缩。
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23. By the perturbation method, the formula of the criticaltemperature difference may be found and the error of which may also be estimated.
采用摄动理论，本文导出了路面板临界铺设温差的渐近表达式并给出了误差分析。
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24. However, little influence from spark ignition on HCCI combustion would present when the temperature is much higher than criticaltemperature.
当火花点火时缸内温度远超过临界着火温度时，火花点火对HCCI燃烧影响不大。
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25. FERRITE: a room temperature structure of steel formed when slow cooled from above the criticaltemperature. Low in carbon and relatively soft.
铁素体：从高于临界点的温度缓慢冷却下来时形成的一种钢铁常温组织结构。
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26. Especially, since the discovery of high critical temperature cooper oxide superconductors in 1986, superconductivity research reached a high level.
特别是1986年发现了高温氧化物超导体以后，在凝聚态物理学界掀起了研究高温超导的热潮。
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27. In the extraction of components with the phenomena of thermal runaway, choosing the criticaltemperature can lead to a greater diffusion coefficient.
对可能发生热失控现象的物质进行提取时，萃取温度应选择在临界温度附近，此时扩散系数较大。
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28. In the extraction of components with the phenomena of thermal runaway, choosing the criticaltemperature can lead to a greater diffusion coefficient.
