多硝基立方烷是立方烷的重要衍生物之一。
Polynitrocubanes are one of the most important derivatives of cubane.
细胞被封装于立方体后，它们就可以通过由聚二甲基硅氧烷(PDMS)——一种也已被广泛用于医疗配件中的含硅多聚体——制成的模板被赋予各种形状。
Once the cells are in cube form, they can be arranged in specific shapes using templates made of PDMS, a silicon-based polymer used in many medical devices.
多硝基立方烷是非常重要的立方烷衍生物，其具有高张力笼状结构、属于当前热切追求的高能量密度材料（HEDM）。
Polynitrocubanes are one of the most important derivatives of cubane and belong to the new type of high energetic density materials (HEDM) with high strain and cage structure.
分子模拟的研究表明：虽然类立方烷结构簇分子的值比较小， 但是通过合理的配体设计，获得具有较大值非线性光学晶体是可能的。
Though cubane-like clusters show little values, our calculations indicate that it is possible to obtain NLO crystals with large values by further appropriate molecular design.
立方硅氧烷及其衍生物在紫外一可见的吸收表现为：随着物质共轭度的增大，吸收强度增大。
The absorbance intensities of UV-Vis spectra of two molecules increase with the increasing conjugated degree of the molecules.
研究了具有欠完整立方烷构型的过渡金属原子簇分子的二阶非线性光学性质。
The second-order NLO properties of a series of tri-nuclear transition metal clusters with incomplete cubane-like structures were studied by using the first-principle quantum chemical method.
研究了具有欠完整立方烷构型的过渡金属原子簇分子的二阶非线性光学性质。
The second-order NLO properties of a series of tri-nuclear transition metal clusters with incomplete cubane-like structures were studied by using the first-principle quantum chemical method.
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