• The method was applied to the calculation of the ring bond angles of furan, pyrrole, and coumarin. The...

    用该法计算呋喃吡咯香豆素,计算结果与实验值很接近。

    youdao

  • The method was applied to the calculation of the ring bond angles of furan, pyrrole, and coumarin. The calculated results...

    用该法计算呋喃吡咯香豆素计算结果与实验值很接近。

    youdao

  • The method was applied to the calculation of the ring bond angles of furan, pyrrole, and coumarin. The calculated results are in good agreement with the experimental data.

    用该法计算呋喃吡咯香豆素环内计算结果实验值很接近。

    youdao

  • Obvious changes of atomic natural charge happened to atoms C(1), H(11), O(28), O(29) and N(27). The bond lengths and bond angles related to these atoms were also varied greatly.

    参与新形成旧键断裂原子C1),H11),O28),O(29)和N27原子自然电荷与其相关、键明显变化

    youdao

  • A new criterion to decide whether the carboxy group coordinating to the metallic ion in mono or bi dentate-fashion in an ambiguous situation, base on coordination bond distances and angles.

    通过上述晶体结构长键的分析,得到了个行之有效的标准判断羧基与中心金属离子单齿配位还是合配位。

    youdao

  • Comaring with the neutral states, the bond lengths and the inter ring twist angles of the charged states are changed obviously.

    与中性相比,带电态下分子结构表现C - C与环间的扭转发生显著改变

    youdao

  • In the paper, synthesis and development of the compounds are summarized respectively from three main angles including synthesis of central bond, skeleton and substitute group.

    文中就目前已报道化合物中心桥键、端基及中心骨架构成的角度该类液晶的合成进行了综合论述。

    youdao

  • All of bond lengths and angles are with in the range of normally accepted values.

    所有氢原子间的键实验误差范围内接近理论值。

    youdao

  • The increase of the reduced masses as well as the decrease of the bond-angles will ital to the increase of the irregular(chaotic) extents of responding eigenvalue-spectra of vibrating-energy.

    计算结果表明,折合质量增大,键角的减小等分子结构特征,都将导致能谱结构混沌程度的增高。

    youdao

  • The increase of the reduced masses as well as the decrease of the bond-angles will ital to the increase of the irregular(chaotic) extents of responding eigenvalue-sp

    计算结果表明,折合质量增大,键角减小等分子结构特征,都将导致能谱结构混沌程度增高

    youdao

  • The increase of the reduced masses as well as the decrease of the bond-angles will ital to the increase of the irregular(chaotic) extents of responding eigenvalue-sp

    计算结果表明,折合质量增大,键角减小等分子结构特征,都将导致能谱结构混沌程度增高

    youdao

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