片语

scale crystal morphology水垢晶型

crystal l morphology形态结晶学

crystal structural morphology晶体结构形态

crystal morphology and symmetry晶体形貌与对称

crystal growth morphology晶体形态

crystal morphology prediction晶体形貌预测

ice crystal morphology冰晶形态

wax crystal morphology蜡晶形态和结构

crystal surface morphology晶体表面形态

英汉例句

• The effecting law and action mechanism of retarders on hydration process of building gypsum, crystal morphology of dihydrate and pore structure have also been revealed.

  揭示了缓凝剂对建筑石膏水化进程、晶体形貌和孔结构的影响规律和作用机制。

• Based on this realization, we propose that the hsianghualite morphology published before is not a single crystal morphology but a twin. This realization i…

  这对深入认识晶体形态及晶体对称理论、 澄清长期以来人们并没有足够重视的一些基本概念有重要意义。

• The mechanism of KABO crystal morphology evolution was analyzed through the growth_units model of anionic coordination-polyhedra.

  运用负离子配位多面体生长基元理论模型，分析了KABO晶体上述生长形态演化的机理。

• In the Cathodoluminescence (cl) images the zircons extracted from the dioritic gneiss show good crystal morphology and clear oscillatory zoning, as is the case of magmatic zircon.

  在阴极发光图像中，片麻巖中的锆石具有较好的晶形，并显示出清晰的巖浆锆石韵律环带结构。

• The particles of the spinel oxides prepared in microwave field have very regular octahedron or polyhedron crystal morphology with well crystallization.

  用微波加热合成的尖晶石氧化物结晶度好，晶体颗粒呈规则的八面体或多面体形态。

• In the cathodoluminescence images, the zircons show good crystal morphology and clear oscillatory zoning, as is the case of magmatic zircon.

  阴极发光图像中，锆石具有较好的晶形，并显示出清晰的巖浆锆石韵律环带结构。

• The higher reaction temperature was given, the better crystal morphology was appeared.

  水热反应温度的提高有利于获得形貌规则的晶粒；

• The effects of the reaction time, the sintering temperature on the crystal morphology of HAP and homogeneity were investigated.

  研究了化学反应时间与烧结温度对HAP的结晶度和颗粒均匀性的影响规律。

• The crystal morphology and structure of nano-powders are characterized by TEM and XRD.

  利用XRD和TEM表征了粉体的晶体结构和形貌。

• Impurities are known to disturb crystal growth, and in low-pressure synthesis of diamond they also influence the diamond crystal morphology in many other cases.

  我们知道，杂质对晶体长大有影响，而且在许多其它情况下，对金刚石低压合成中的金刚石晶体形貌也有影响。

• Furthermore, the crystal morphology and the growing interface were also discussed.

  此外，我们对晶体的外形和生长界面作了讨论。