t junction

英 [tiː ˈdʒʌŋkʃn] 美 [tiː ˈdʒʌŋkʃn]

网络  T字路口; 字路口

电力



双语例句

  1. T-type ( Y-type) circulator ( junction circulator)
    T型(Y型)环行器(结环行器)
  2. Preparation of Solid Lipid Nanoparticles in T-Shaped Junction Microchannels
    在T型微通道内制备固体脂质纳米粒(SLN)的实验研究
  3. E-Band and F-Band H-Plane Waveguide Tee Junction Slot Coupler
    E波段和F波段波导H面T型缝隙耦合器
  4. A junction where two roads or pipes etc meet to form a T.
    两条路或管子相交形成的T字形交汇处。
  5. Combined with the practical situation of main structure of Xiangjiapo cloverleaf junction, this paper summed up the practical application with T type beams horizontal move technique in construction.
    文中结合向家坡立交主线桥的实际情况,就T型梁横移工艺在建设中的实际应用做了深入的总结,详细阐述了该技术的具体施工方法、施工流程和施工工艺。
  6. Effects on the Flow Distribution in Dividing Flow Manifolds by Inlet T Junction
    T型进口三通对分配集箱流量分配的影响
  7. The experimental results showed that the light current Ip, current amplification factor β and response time to photo-devices were all decreased while dark current Id increased and junction capacitance C unchanged basically.
    结果表明,γ辐照使光敏器件的光电流Ip、电流放大倍数β和光电响应时间t减小,暗电流Id增加,结电容C基本不变。
  8. The CAD Analysis for Tee Junction Coupled Rectangular Waveguide The Square Pipe Pass CAD
    矩形波导T型接头的CAD分析方矩形管孔型的计算机辅助设计
  9. It is found that dc Josephson currents are suppressed by rough interface scattering and the Josephson effect depends on strongly the symmetry of s/ I/ s junction.
    研究表明,结界面的通常势垒和粗糙散射均抑制结中准粒子的Andreev反射,降低了流过s/I/s结的直流Josephson电流,直流Josephson电流I随温度T的变化关系与结两侧的对称性有关。
  10. By applying T factor method of hot/ cold noise, at operating temperature 4.2 K, we have obtained the best measured results with Nb-Nb point contact junction: the single side band noise temperature TM-100 K and the Conversion efficiency.
    采用冷、热噪声Y因子法,在4.2K的铌结上测得的单边带混频器噪声温度,变频效率。
  11. The coupling properties of Tee Junction coupler in a rectangular waveguide E plane are investigated using moment method and dyadic Green'sfunction theory.
    用矩量法和并矢格林函数理论研究矩形波导E面缝隙T型耦合器的耦合特性。
  12. The loop-tail junction position was assumed to be a tri-or tetra-strand DNA structure according to its apparent height.
    按其高度判断T环部分为双链DNA结构,T环与尾部交接处具有三链或四链结构特征。
  13. Moment method analysis of tee junction coupler in waveguide e plane
    波导E面T型耦合器的矩量法分析
  14. Located at the junction of upper 1/ 3 and middle 1/ 3 or on the middle 1/ 3. Within the sino-atrial node there are chiefly P-cell and T-cells.
    中心区位于中、上1/3交界处或中1/3处。构成窦房结的主要细胞为P细胞和T细胞。
  15. The subregion connection method, the PML techniques, the connecting boundary method and the non-orthogonal grid techniques are used in working out the scattering parameters of complex waveguide components. A magic T, a hybrid ring coupler and an E-plane waveguide junction are taken as numerical examples.
    应用子域连接技术,配合PML技术、连接边界法和非正交网格技术等,以波导双T、混合接头环耦合器等波导元件为例,得出这些器件的散射参数。
  16. Problems in the railway junction stations for double 6 million tons of both iron and steel and countermeasures
    包钢钢铁双600万t铁路连轨站存在问题及对策
  17. Rough interface scattering effect on tunnel spectrun in FERROMAGNET-HIGH t_c Superconductor Junction
    铁磁-高Tc氧化物超导结中的粗糙界面散射效应对隧道谱的影响
  18. The problems in the railway junction stations when Baogang aims at double 6 million tons of both iron and steel are analyzed and the countermeasures are also introduced.
    文章主要分析了包钢钢铁双600万t时,铁路联轨站存在的主要问题及采取的措施。
  19. The CAD Analysis for Tee Junction Coupled Rectangular Waveguide
    矩形波导T型接头的CAD分析
  20. Velocity and temperature fluctuations of the mixing of hot and cold fluids are the essence to induce thermal fatigue of the tee junction.
    冷热流体混合过程产生的速度和温度波动是诱发T型管道热疲劳的本质原因。
  21. Tee junction is easily suffered from temperature fluctuation resulting in thermal fatigue in the piping system of petroleum, chemistry, energy, and power.
    石油化工、能源动力等领域的管道系统中的T型管道容易遭受温度波动而诱发热疲劳失效。
  22. First take the theoretical analysis in E-T waveguide junction, branch waveguide, H surface slot coupler and three-port power divider/ combiner network, and use the electromagnetic simulation software CST and HFSS for a few kinds of networks of field analysis.
    首先对波导T型结、分支波导耦合器、H面缝隙耦合器以及三端口功率分配/合成网络进行了理论分析,并运用电磁场仿真软件CST和HFSS对上述几种网络进行了场分析。