锯齿型

  • 网络Zigzag;serrated;zig-g;Armchair and Z ig-zag Edge
锯齿型锯齿型
  1. 在此过程中我们分别考虑了Si(211)表面的[01-1]和[-111]两个方向对扶手型和锯齿型GNRs电子及结构性质的影响。

    We considered the electronic and structural properties of both armchair and zigzag GNRs adsorbed on Si ( 211 ) surface along the directions of [ 0 1 - 1 ] and [ - 1 1 1 ] , respectively .

  2. 采用基于线性响应理论的平衡态分子动力学方法,计算了扶手椅型和锯齿型单壁碳纳米管(SWNTs)的导热系数,并给出其随管长、直径和温度的变化。

    Thermal conductivities of armchair and zigzag single-wall carbon nanotubes ( SWNTs ) are calculated using equilibrium molecular dynamics based on linear response theory .

  3. 选任优质锯齿型开槽刀片,保证开槽光洁度

    Top-quality steel blades are used to guarantee smoothness grooving .

  4. 不同流动角度下锯齿型翅片的CFD模拟

    CFD study on serrated fin performance at different flow angles

  5. 内膛叶Pn的日变化规律在8月为单峰曲线,最大值出现在中午12∶00,6、7、9-11月则为锯齿型曲线。

    In August , the diurnal variation of Pn showed one peak curve with the most value at 12 : 00 and presented indention curve in June , July and from September to November .

  6. 采用CD40柴油机油为工作介质,在发动机冷却系统实际工况下,对21种几何尺寸的错列锯齿型不锈钢翅片进行了研究。

    With CD40 lubricating oil as work medium , under the engine cooling system work conditions , 21 geometrical schemes of stainless steel offset strip fins were studied .

  7. 颗粒度不同,剪切源的粗细及形式也不同。40~100μm的粉末合金,断口的放射剪切源粗,呈锯齿型(aII),出现穿晶加个别沿晶的层状断裂。

    With powder size of 40-100 μ m the shear sources are coarse and in the shape of zigzag ( aII ) . Delamination fracture with mixture of transgranular and limited intergranular appeared .

  8. 在菱形石墨环(DGRs)中,我们分别计算了扶手型和锯齿型DGRs中的电子结构与持续电流。

    In diamond-like graphene rings ( DGRs ), we calculate the electronic structures and the persistent currents in armchair and zigzag DGRs respectively .

  9. 引入田口方法,对HPD型锯齿型错列翅片进行参数化研究,综合考虑翅片的性能与成本,得到优化几何参数的翅片方案。

    Taguchi method is introduced to carry out parametrical study on the HPD type offset strip fins , and the optimum scheme is obtained , which is originated from the geometrical parameter combination based on the optimal combination of performance and cost . The multiple quality-cost loss function is introduced .

  10. 计算研究结果表明,当SGNR带具有锯齿型边界时,在器件中我们可以观察到自旋极化的电流;而当SGNR具有扶手椅型边界时,自旋极化电流完全消失。

    The results show that when the SGNRs with zigzag edges , we can observe spin polarized currents in the molecular devices ; and it can not be observed when the SGNRs with armchair edges .

  11. 选任优质锯齿型开槽刀片,保证开槽光洁度。

    Top-quality steel blades are used to guarantee smoothness in grooving .

  12. 锯齿型内翅式传热管热交换器的研发

    Development of Heat Exchanger Using Zigzag Inner - fin Tube

  13. 周期性锯齿型通道内流动和换热研究

    Research on the fluid flow and heat transfer in a periodic saw-tooth channel

  14. 有限长锯齿型碳纳米管的电子结构与管径效应

    Electronic Structures and the Tubular Radius Effects of Zigzag Carbon Nanotubes with Finite Size

  15. 锯齿型振子接收天线的分析与计算

    The Analysis and Calculation of Zigzag Dipole Antenna

  16. 同时讨论了锯齿型和扶手型石墨烯的力学性质及破坏机理。

    The mechanical properties and fracture mechanism of zigzag and armchair graphene have been discussed .

  17. 道路路表排水的锯齿型街沟计算算法和综合设计朝北锯齿形屋顶边沟

    On Integrated Design & Computational Algorithm of Saw-tooth Shaped Street Gutters about Road Surface Drainage

  18. 本文对锯齿型通道内流动与换热的周期性进行了数值模拟。

    The periodicity of the flow and heat transfer in a corrugated channel is numerically investigated .

  19. 宝钢条钢厂2号初轧机轧辊的锯齿型磨损对辊耗、钢坯质量有一定的影响。

    Saw-tooth fretting on the rollers of Baosteel No.2 Slabbing-blooming mill influences slab and bloom quality .

  20. 采用结构力学方法,将碳纳米管等效为空间刚架结构,得到了扶手椅型和锯齿型碳纳米管的临界屈曲载荷。

    Using the method of structural mechanics , a CNT was modeled as a three-dimensional frame .

  21. 由锯齿型纳米管计算得出碳纳米管的静态电容和量子电容都不可忽略。

    The static and quantum capacitance are not ignored by calculated the both of zigzag carbon nanotube .

  22. 石墨烯纳米带按照边缘结构可以分为锯齿型和扶手型。

    According to the edge structure , graphene nanoribbons can be divided into armchair and zigzag comformation .

  23. 按边界形状的不同,可分为锯齿型纳米带和扶手椅型纳米。

    According the edge shapes of nanoribbons , they could be classified into zigzag nanoribbons and armchair nanoribbons .

  24. 研究了在锯齿型周期势场中运动的布朗粒子的平均输运行为。

    The average feature of the transport for a Brownian particle moving in a ratchet periodic potential is studied .

  25. 随应变速率升高,真应力-真应变曲线形状从锯齿型向平滑型转变。

    The shapes of true stress-true strain curves transform from serration to smoothing with the increasing of strain rate .

  26. 锯齿型厂房三角架立柱与风道大梁的连接对结构的影响陈化库对现代砖厂厂房柱基础的影响

    Effects of the connection of the column of saw-tooth triangular truss and the wind tunnel girder on the structure

  27. 最后,根据锯齿型冰力模型得出自激振动与连续挤压破坏发生的转变速率。

    Then transition velocity of self-excited vibration and continuous crushing is got bu the model of saw-tooth force function .

  28. 对液压工程应用极其广泛的锯齿型胶管总成建立了力学模型。

    Firstly , a finite element model of the saw-tooth hose assembly that is applied comprehensively in hydraulic engineering is established .

  29. 研究表明在拉载荷和压载荷作用下锯齿型石墨烯具有更高的临界应力。

    The results show the critical stresses of zigzag graphene under tensile and compressive loading are larger than that of armchair graphene .

  30. 氮原子吸附锯齿型石墨烯纳米带第一原理研究扶手椅型单壁碳纳米管π电子能带及其曲线计算

    First principle calculations of nitrogen atom adsorbed graphene nanoribbons with zigzag edges Calculation of π electron energy band and its curve of armchair SWNTs