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- supercooled liquid water 过冷水
- Liquid water could be thawed to form a polar ocean. 液化的水可以融化成极地海洋。
- Water vapor is the gas state of liquid water. 水汽是液体水的气态形式。
- Liquid water can assume only a single symmetrical shape. 液态水只能有一种对称形状。
- Liquid water can leach soluble materials from the interface. 液态水能够从界面溶解出可溶性物质。
- Superplastic behaviors of bulk amorphous alloys in the supercooled liquid region were reviewed. 对大块非晶合金在过冷液相区内的超塑性变形特点进行了评述。
- In this dissertation we set up a model of dendrtic growth for pure material Ni in supercooled liquid. 摘要通过相场理论建立了纯物质镍在过冷溶液中枝晶生长的相场模型。
- Liquid water changes to vapor, which is called evaporation. 液态水变为蒸汽，这就叫做蒸发。
- Glass and pitch behave like supercooled liquids of very high viscosity. 玻璃和沥青的行为很像具有极高粘滞性的过冷液体。
- Water vapor in the rising warm air condenses to liquid water. 上升的暖空气中的水蒸气冷凝成液体的水。
- Liquid water changes to vapour, which is called evaporating. 液态水变成蒸汽，这就叫蒸发。
- The forming techniques, evaluation systems and FEM application of bulk amorphous alloys in supercooled liquid region are summarized in this paper. 摘要综述了大块非晶合金在过冷液相区微塑性成形的工艺、成形性能评价及有限元技术应用方面的研究进展。
- Motivation of further study on microforming of bulk amorphous alloys in supercooled liquid region on the application for the fine precision parts in MEMS is introduced. 展望了过冷液相区微塑性成形技术的进一步研究对大块非晶合金在MEMS典型精细零件加工方面应用的巨大推动作用。
- Ice, liquid water and water vapor may be referred to as the same substance. 冰,液态水和水蒸汽可以看成是同一物质。
- But many felt that modern Mars was too frigid to harbor any liquid water today. 但很多人感觉现代的火星太冷了不太可能蓄存液态水。
- For water, this fluid is denser than vapour, but lighter than liquid water. 对水来说，这种液态比气体更加致密，但是比液态的水更轻。
- The supercooled liquid phase welding is successful due to the thermally stable supercooled liquid state of the bulk metallic glasses and the superplasticity and viscous flow of the supercooled liquid. 而摩擦焊接的成功，则是由于金属玻璃在过冷液相区的热稳定性以及在该区域的超塑性和粘滞性。
- It is stressed that microforming technologies based on viscous flow behavior of bulk amorphous alloys in supercooled liquid region and FEM technology for analysis and optimum develop quickly. 指出应用大块非晶合金在过冷液相区粘性流变特性的微塑性成形技术及分析和优化成形工艺的有限元技术发展迅速。
- Liquid water is still hydrogen bonded at 100C as indicated by its high heat of vaporization and dielectric constant. 由于蒸发比热及绝缘系数较高，液态水在100℃时仍然存在着氢键。
- All these properties indicate that in liquid water,the force of attraction between the molecules is high. 所有这些特性都表明，液态水中分子之间的吸引力较大。
