TE wave

英 [tiː weɪv] 美 [tiː weɪv]

网络  TE波; 横电波; 横向电波

化学



双语例句

  1. Weakly Nonlinear TE Wave in Planar Waveguides with Kerr Type Medium
    克尔型介质平板波导中的弱非线性横向电场波
  2. It is find that there isn ′ t any absolute PBG in any condition, but big tuning range of TE polarized wave can be achieved by changing the index of liquid crystal.
    发现均无完全光子禁带出现,而通过改变液晶折射率可得到大调谐范围的TE偏振光。
  3. Comparison of Bistatic Cylinder RCS Calculation Methods in Incidence of TE Wave
    TE波照射下圆柱RCS计算方法的比较
  4. The results show that the transmissions of TE wave and TM wave are almost the same, and with the increase of optic thickness, the number of transmission peak increased. The features are useful in making multi-path filter.
    结果表明:正入射时,TE波和TM波的透射率几乎相同,随着杂质层光学厚度的增加,透射峰数目增加,这有助于制作多道窄带滤波器。
  5. Solution of the Field in the Nonlinear Square Law Waveguide with Axial Nonuniformities ( TE Wave)
    非线性输向不均匀平方律波导中的场解(TE波)
  6. By means of a mode matching method based on strict electromagnetic wave theory, the diffraction efficiency of the step type relief phase modulation grating and refractory index phase modulation grating for TE wave at various levels are compared in theory.
    利用以严格电磁波理论为基础的模式匹配法(MMT),从理论上比较了阶梯形浮雕位相调制光栅和折射率位相调制光栅对TE波的各级衍射效率。
  7. Using the definition and character of vector function, the field is separated to TM wave and TE wave relative to r without complex vector-differential operation.
    利用球矢量波函数的定义及性质,提取出场的径向分量,将初级场分解为相对于径向的TE波和TM波,避免了复杂的矢量微分运算。
  8. A fundamental method which is utilized to solve the electromagnetic scattering ( TE and TM wave) from a conducting cylinder covered by lossy dielectrics is investigated by using the lattice theory.
    本文采用格点理论,建立了求解有耗介质涂层导体柱电磁散射(包括TM和TE两种情况)的基本方法。
  9. A new uniform geometrical theory of diffraction ( UTD) formula for TE plane wave diffraction by a semi infinite lossless dielectric slab is given. Compared with the ordinary UTD formula, this formula is rigorous and simple.
    给出了TE平面波被半无限大无耗介质平板绕射的新一致性几何绕射公式.与一般的一致性几何绕射公式相比,新公式具有推导严格、形式简洁的优点。
  10. By resolving a free oriented magnetic dipole to HMD and VMD, a method for resolving the wave of HMD and VMD to TE and TM wave is given.
    给出一种将水平层状介质中的任意方向磁偶极子分解成水平磁偶极子(HMD)和垂直磁偶极子(VMD),并分解VMD和HMD产生的波为TE波和TM波的方法。
  11. For two cases of the receiver in and out of the orbit plane, the path gain of TE and TM wave is discussed in the procedure of simulation, respectively.
    在仿真过程中,假设了接收机在卫星轨道面内和轨道面外两种情况,分别对TE波和TM波的路径增益进行了讨论。
  12. Transmission properties of TE wave in the nonlinear Kerr media plate with M layers have been discussed and the analytical solution of waveguide mode is also given.
    讨论了M层克尔型非线性介质平板波导中TE波的传输特性,并给出其导模的解析解。
  13. It is been proved that the tunneling effect and propagation of TE wave in cutoff waveguide are equivalent.
    而后,证明了隧道效应与传播TE模的截止波导的等效性。
  14. For the TE wave or the TM wave, the reflection coefficient will become zero at a certain incident angle.
    不论是TE波还是TM波,当以某一入射角入射时,反射系数都有可能变为零。
  15. In this paper the point matching method is used to solve OSRC equation for the scattering magnetic field on the surface of a perfectly conducting cylinder for TE polarized incident wave.
    本文使用点匹配法求解TE极化入射波的理想导电柱体的表面散射磁场所满足的OSRC方程。
  16. We find phase difference between TE wave and TM wave can satisfy designed requisition at some accuracy in a long span of groove depth which can reduce practical difficulty of etching groove depth, but papers issued before always require strict etching groove depth.
    发现在一定精度范围内TE波与TM波的相位差能够在一段较大的槽深区域满足设计要求,从而降低了实际控制刻蚀深度的难度。
  17. When the crystal optical-axis parallel to the waveguide plane, For the positive uniaxial crystal material, the principal mode of the waveguide is a TE wave, which can be excited by the light at any frequency;
    当单轴晶体光轴位于波导面内时,对于正单轴晶体,波导的主模是横电波TE0模,任何频率的光波均可激励该模式;
  18. The properties of defect mode in one-dimensional photonic crystal are studied with RTCM arithmetic when incidence angles of TE wave and TM wave are zero.
    利用RTCM算法研究一维光子晶体的缺陷模。研究了TE波和TM波入射时的情况,通过改变杂质层的光学厚度以及杂质层的折射率从而得出一些有重要指导意义的缺陷模特性。
  19. It was shown that TE-wave and TM-wave were not exactly the same.
    结果显示,TE波与TM波的情况不完全相同。
  20. On TE_ ( 10) wave propagation in rectangle wave guide
    TE(10)波在矩形波导中传输特性的研究
  21. Computation Scattering Field of Various Microwave Scattering Bodies Excited by TE Wave
    TE波入射渐变微波散射体散射场的计算
  22. The paper by using array analysis technology and moments method discusses the two-dimension periodic various microwave scattering bodies RCS. And expressions of scattering field of various microwave scattering bodies excited by TE wave were also derived.
    利用阵列分析技术和矩量法相结合的方法求解二维周期渐变形状角锥散射体的散射,导出TE波入射时散射场的表达式。
  23. A UTD Formula for the TE Plane Wave Diffraction by a Conducting Wedge with Impedance Face on Illuminated Side
    TE平面波照射具有阻抗表面的导体劈绕射的一致性几何绕射公式
  24. Effects of trains in a rectangular tunnel on the cutoff frequency were analyzed by the finite-element method when the tunnel had been regarded as a waveguide. Generally, the trains in tunnel lowered TE wave cutoff frequencies and raised TM wave cutoff frequencies.
    将隧道看作波导,利用有限元素法,分析了矩形隧道中的列车对电磁波截止频率的影响,可知列车的存在使TE波模的截止频率降低,使TM波模的截止频率升高。
  25. How to apply the circuit analog to radar structural absorbers to improve their reflection characteristics under TE polarization plane wave incidence is studied.
    研究了在雷达吸波结构中应用电路模拟技术改进其在TE极化平面波入射下的反射特性的方法。
  26. The third-order OSRC operator is used to analyse the scattering from a homogeneous dielectric cylinder illuminated by a TM or TE polarized plane wave.
    其中利用求解均匀介质柱散射的三阶表面辐射条件算于讨论了入射场为横磁模(TM)和横电模(TE)的散射情况。
  27. The inverse scatter-ing problems of PEC scatterers under transverse electric ( TE) wave has been a difficult problem in computational electromagnetics.
    金属散射体在TE波入射下的逆散射成像问题一直是计算电磁学领域的难题。
  28. Firstly, we get the omnidirectional defect mode for TE wave from the one-dimensional defective PC containing left-hand materials by the use of the eigenfrequency equation of the defect mode.
    从一维缺陷光子晶体的缺陷模的本征方程入手,得到了含左手材料一维缺陷光子晶体TE波的全方向缺陷模。
  29. Besides, the band gap width of the TE wave increases firstly and then reduces with the increasing of the packing ratio. Secondly, the effect of cylindrical point defect on two-dimensional photonic band gap was investigated.
    TE波禁宽度带随着填充比的增加先增加后减小,禁带中心位置随着填充比的增加向低频移动。其次,研究了圆柱形点缺陷对二维光子晶体禁带的影响。