原子簇

  • 网络Cluster;atomic cluster;atomic cluster-ions
原子簇原子簇
  1. 原子簇是由中子和质子构成的。

    Each atomic cluster is made up of neutrons and protons .

  2. 非晶态合金Fe-B局域电子结构的离散变分Xα原子簇研究

    Discrete Variational X_ α Cluster Calculations of Local Electronic Structure for the Amorphous Fe-B Alloy

  3. ⅥB族原子簇结构与电磁性质的研究

    Studies on the Structural , Electronic and Magnetic Properties of ⅵ B Clusters

  4. 含杂六角密积结构原子簇Al(12)M的电子结构

    Electronic structures of doped HCP clusters a1_ ( 12 ) m

  5. CO和N2与铌原子簇结合能的光离解测量

    Measurement of binding energies of CO and n_2 on niobium cluster surfaces with photodissociation

  6. Znx(Sy)-原子簇离子的激光产生和质谱分析

    Laser Generation and Mass spectrometry of Zn xS - y

  7. 多重散射Xα方法计算Na3原子簇的探讨

    Calculation of the Na_3 cluster by the multiple scattering X α method

  8. 丁撑桥联蝶状铁硫原子簇配合物[(μ-ZS)Fe2(CO)6]μ-S(CH2)4-S-μ[(μ-ZS)Fe2(CO)6]的合成结构及构象

    Synthesis , Structures and Conformation of Butylene-bridged Butterfly-shaped Fe & S Cluster Complexes

  9. Cun原子簇的电子结构

    Electronic structure of cu_o cluster

  10. 近年来,随着C(60)的发现,激起了越来越多的人们继续研究新型原子簇的热情,尤其是氮原子簇。

    Recent years , the discovery of C60 has stimulated more and more people to research new polyatom clusters , especially polynitrogen cluster .

  11. 双核铁原子簇体系的CI计算

    A Series of CI Calculations of Binuclear Iron Clusters

  12. 本文用多重散射波xa方法计算了含氧小镍原子簇的电子结构。

    The electronic structure of small nickel cluster containing impurity oxygen was calculated by using of the SCF-Xa-SW method .

  13. [Pt3(CO)6]n~(-2)原子簇合成过程的红外光谱表征

    IR characterization of [ pt ,( co ) 3 ( co ) 3 ] - 2 cluster synthesis processes

  14. 原子簇配位催化作用中ATP驱动的电子传递

    ATP - driven Electron - transfer in Cluster Coordination Catalyst

  15. Sc(13)原子簇的结合能和电子结构

    Binding Energy and Electronic Structure of Sc_ ( 13 ) Clusters

  16. 以C(60)为中心向两边的Cn原子簇,其UV谱发生红移。

    From C_60 , as the center , to other C , clusters in two sides , the UV spectrum shows red shift .

  17. Fe4S3原子簇与ATP的络合及电子传递与ATP水解的偶联

    Complexation of Fe_4S_4 Cluster with ATP and Coupling of Electron Transfer With ATP Hydrolysis

  18. 利用SHIP-IN-BOTTLE技术在NaY分子筛中合成Ru8(CO)(12)原子簇

    Synthesis of Ru_3 ( CO ) _ ( 12 ) Cluster in Zeolite NaY Using Ship-in-Bottle Technique

  19. 非晶态Co-B的局域电子结构的Xα原子簇计算

    Dv-x_a cluster calculations of local electronic structure for amorphous Co-B alloy

  20. Rh(13)原子簇的电子结构和磁性性质研究

    The study on electronic structure and magnetic properties of rh_ ( 13 ) cluster

  21. 原子簇化合物Na2[Ni6(CO)(12)]用于制备高分散金属镍催化剂的研究

    Novel highly dispersed nickel catalyst prepared from na_2 [ ni_6 ( co ) _ ( 12 ) ] for CO Methanation

  22. 有序化与原子簇聚过程同时发生,没有发现GP区的存在。

    Ordering and clustering occur simultaneously , and no GP zones are found .

  23. 三核钼原子簇化合物的EPR和电子结构

    EPR and electronic structure study of a Trinuclear Molybdenum Cluster

  24. 裸核过渡金属原子簇的电子结构与性质的DFT研究

    Density Functional Theoretical Studies on the Electronic Structure and Properties of the Ligand-Free Transition-Metal Clusters

  25. 我们用原子簇计算的结果说明了结构变化的原因,也用分子轨道从头计算的结果说明了Tc的提高。

    The structure change is explained by the results of atomic cluster calculation , and the increase of Tc can be interpreted by the calculation results with the ab initio MO method .

  26. 原子簇Ni3BP异构体结构与稳定性的DFT研究

    DFT study on structures and stability for isomers of cluster Ni_3BP

  27. Cu原子簇触发形核下的深过冷Ag-Ge合金组织演变研究

    Microstructural Evolution of the Deeply Undercooled Ag-Ge Alloys with Cu Atoms Cluster Triggered Nucleation

  28. 原子簇NiBM结构及成键特性

    Clusters NiB _M Molecular Structure and Bonding Character

  29. 扼要讨论了氨合成铁催化剂的原子簇活性中心本质,N2化学吸附的可能模式,以及在铁催化剂上氨合成缔合式机理的一些论据。

    Cluster approach to the nature of active-center of ammonia-synthesis iron catalysts and probable modes of N2 chemisorption are briefly discussed together the associative and the dissociative mechanisms of ammonia synthesis reaction on iron catalysts .

  30. 利用DFT方法在B3LYP/Lan12dz水平下对原子簇NiFeB2的单、三重态的各种可能构型进行全参数优化。

    Different configurations of cluster NiFeB_2 with single state and triple state have been calculated at B3LYP / Lan12dz level by DFT method .