17. From the chemicalbond viewpoint, dielectric properties of some practical materials with various crystal structures were quantitatively studied.
利用化学键的观点定量地研究了一些具有各种晶体结构实用材料的介电性质。
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18. Sometimes when two certain planets travel together, like Venus and Mars, they create a chemicalbond that is stronger than each planet could ever be separately.
19. The relative stabilities of intermediate compounds and titanium monoxide were examined deeply with quantum chemistry, crystal field and chemicalbond theory.
运用量子化学、晶体场及化学成键理论,深入分析了中间化合物及一氧化钛的相对稳定性。
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20. Through the analysis on the surface structure by TG and XPS, it has been confirmed that the PMMA layer is presence and it formed chemical bond between the...
21. Modifying the magnesia with AOT, can make the surface of magnesia connect with AOT by chemical bond, obtaining more stably and equally nanomagnesia particles.
22. The bottom glue and surface material are compounded by one time's high temperature, without any chemicalbond, which is safe, healthy and environment friendly.
底胶和面料经过高温一次性热复合而成,不含化学粘合剂,真正安全、健康、环保。
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23. VB theory and molecular orbital (mo) theory are the two most influential quantum-mechanical theories of chemical structure and nature of the chemical bond nowadays.
VB理论和分子轨道(MO)理论是当今说明化学结构和化学键本质的最有影响的量子力学理论。
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24. Regarding harmonic oscillator as a model of chemical bond, the energy transfer processes between water molecules can be described as a system of harmonic oscillators.
用谐振子作为化学键的模型,水分子之间的能量转移过程可以描述为耦合谐振子系统。
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25. According to the chemical bond theory, the new function of bond parameters, which provides theoretical basis for the selection of alloying elements, has been derived.
根据化学键理论,推导出新的键参数函数图,为合金化元素的选择提供了依据。
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26. However, the natural titanium oxide film formed on its surface make it bio-inert, it is difficult to achieve chemical bond with bone and form new bone on their surfaces;
27. It is also determined by such factors as the kind of crystal lattice, the characteristics of chemical bond, the features of chemical composition, ionic radius and the others.
同时又受晶体的晶格类型、化学键的简繁程度,化学成份的特性及其复杂程度、离子半径等多种因素制约。
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28. It is also determined by such factors as the kind of crystal lattice, the characteristics of chemical bond, the features of chemical composition, ionic radius and the others.