原子球

  • 网络Atomium;atomic sphere
原子球原子球
  1. 多重散射Xα方法中原子球重迭量选取的研究

    Multiple Scattering Method Study on Overlapping of Atomic Sphere

  2. 共价半导体中空原子球参数的确定

    A Method for Determining the Empty Atomic Sphere parameters in the Covalent Semiconductors

  3. 空原子球对SrS导带结构的影响

    Empty Spheres Effect on the Structure of Conduction Band of Alkaline - Earth Sulphide SrS

  4. 原子球塔高百米有余,由9个相互连通的球体构成。

    The structure is slightly over 100 meters tall and consists of 9 interconnected spheres .

  5. 并讨论了原子球半径、球外势场在整个空间的平均值对计算结果的影响。

    Moreover , the effect of the atomic spherical radius and all the space average of the potential outside the spheres upon the calculated results is discussed .

  6. 结果表明,空原子球的合理设置对于得到正确开结构材料的能带结构,特别是导带结构是重要的。

    It has been shown that the reasonable setting of empty atomic spheres is important for the widely opened crystal structures to obtain the correct energy band , especially correct conduction band .

  7. 大约四年前的一个温度低于摄氏零度的清晨,原子球这个比利时最著名的纪念碑给我留下了十分深刻的印象。

    It was nearly four years ago , early in the morning , with the temperature below zero , and the Atomium one of Belgium 's most famous landmarks looked like it was growing out of the back of my head .

  8. 根据两种密排晶格结构的特点,在计算机辅助教学中采用三维动画的形式模拟原子球的动态堆积,解决了传统教学方式在固体物理学中遇到的困难。

    According to the characteristics of two kind of close packed lattice structures , three dimensional animations was used to simulate atoms'dynamic accumulation in Computer Assisted Instruction . By this means , difficulties in traditional teaching of solid state physics were resolved successfully .

  9. 科学家希望,通过从各个方向用激光同时轰击,原子核球发生内爆,氢原子核发生聚变。

    Zap it from all sides simultaneously with the lasers and , scientists hope , the pellet will implode and the hydrogen nuclei will fuse .

  10. 原子簇的球势阱模型(一)&硼烷、金属羰合物及非金属原子簇结构

    The Spherical Symmetric Potential Well Patten of Clusters ( 1 ) On the Interjection Well

  11. 计算中,假设合金中的各个原子的原子球球内势场为球对称;

    In this calculation the potential inside each of the atom spheres in alloy is assumed to be spherically symmetric ;

  12. 对比反应时间为5h和12h的样品,发现随着反应时间增加,形成的纳米球数量也有所增加,并且由硅衬底上出现的腐蚀坑推断出硅衬底中的硅原子参与了纳米球的形成。

    We can find that the quantity of nanoparticles was increased with increasing reaction time . Based on the corrosion pits in the silicon substrate , it can be inferred that silicon atoms of the substrate was involved in the formation of nanospheres .

  13. 多电子原子塞曼哈密顿的球张量形式

    Spherical tensor form of the Zeeman Hamiltonian for multielectron atoms

  14. 最后,对激光聚爆氘氚小球,应用高原子序数介质的球壳作为挡过热电子的传播问题作了解释。

    Lastly , the prevention of superheated electrons in laser implosion of deuterium-tritium gas sphere with a shell made of high Z material is interpreted .

  15. 复合管从里到外由氧化铝陶瓷层、金属过渡层、白口铸铁层、碳原子扩散层、球墨铸铁层组成。

    From inner to outside , the composite pipe consisted of alumina ceramic layer , metal transition layer , white cast layer , carbon atom diffusion layer and nodular cast iron layer .