crystals的例句（crystals在句子中的用法）

• It is snow and ice crystals. 这是雪和冰的结晶体。
• These crystals occur in nature and are the gems known as rubies. 这些晶体是天然存在的,人们称之为红宝石.
• Toughing of rubble in tyre is key to enhancing its strength of the interfaces of crystals. 轮胎橡胶增韧的关键是要增强晶界之间的强度.
• Crystals may be insulators, semiconductors, or conductors. 晶体可以是绝缘体, 半导体, 或导体.
• Real crystals exhibit a variety of departures from this idealized structure. 真实晶体和这种理想的结构有种种出入.
• Snowflakes are loose aggregates of ice crystals. 雪花是冰晶的松散凝结.
• Are these crystals linked to the Mayan or other Crystal Skulls? 这些水晶是与玛雅和其他水晶头骨有关 吗 ?
• Elongate olivine crystals were aligned to produce a flow texture as this liquid phase crystallized. 在液相结晶时,长形橄榄石晶体的成行排列产生了流状构造.
• The alkali halides can be grown into large crystals of excellent transparency. 硷金属卤化物能生长成具有优良透明性的大晶体.
• Now let us consider crystals such as diamond or sapphire. 现在让我们考虑象钻石和蓝宝石这样的晶体.
• These thin crystals transmit much of the power. 这些薄薄的晶体传导了大部分的动力。
• The mixed crystals have a lipophilic surface characteristic. 这种混晶具有亲脂表面特性.
• Synthesis and Function Studies on New Porphyrin Lanthanide Liquid Crystals Compounds. 红光发射材料卟啉化合物的合成及其电致发光性能的研究.
• Among them the widespread phenomenon of isomorphism - phase replacement, thus forming a series isomorphous mixed crystals. 它们彼此间广泛存在类质同相置换现象, 从而形成一系列类质同象混合晶体.
• Results show that: wax crystals separated from oil are orthorhombic crystals; their interplanar spacing is 0. 取得以下主要结论: 从原油中分离出的蜡晶为正交晶型的晶体, 晶面距为0.
• The symmetry characters of quasiperiodic crystals and incommensurable phases were discussed. 讨论了准晶体及无公度相的对称特点.
• It is a layer of guanine crystals which glow at night. 这是的氨基羟尿环水晶层数发光在晚上.
• The flakes seem to fuse together and produce ice crystals. 雪花好像融合在一起形成了冰晶。
• If you evaporate a little sea water on a porcelain dish ; on cooling, crystals of common salt will deposit on the sides of the dish. 如果你将少许海水放到瓷盘中蒸发,冷却后就会有普通食盐的结晶附着在盘的四周.
• XUE WEI , Display technology, Electrooptics of liquid crystals, Information optics, Dynamics of complex systems. 显示技术, 液晶光学, 信息光学, 复杂系统动力学.