About 88 item dissertation in line with plane wave expansion method query results,the following is 1 to 50(Search took 0.077 seconds)

  1. Optimization of Band Gaps in Two-dimensional Magnonic Crystals,WangLi/Inner Mongolia Normal,0/5
  2. Band Structures of Magnetostatic Spin Waves in One-Dimensional Magnonic Crystals,LiuYan/Inner Mongolia Normal,0/10
  3. The Design and Analysis of Multi-channel Filter Based on Defect Photonic Ctystal,ZhaoFenFen/Yanshan University,0/1
  4. Study on Photonic Crystal Filter for Terahertz,YuanXiuJuan/Hangzhou University of Electronic Science and Technology,0/173
  5. Theory Study of Photonic Crystal Polarization Beam Splitter,ZhouFei/Taiyuan University of Technology,0/6
  6. Study on photonic crystal fibers and their tunable pulse,SongDeJun/University of Electronic Science and Technology,0/12
  7. Research on Band Structure and Slow Light in Photonic Crystal Waveguide,LiCaiShan/Beijing Jiaotong University,0/116
  8. Study on the Design and Simulation of Infrared Photonic Crystal Fiber Energy Transfer System,LiSha/Nanjing University of Posts and Telecommunications,0/95
  9. The Sensor Characteristics of Photonic Crystal Fiber Filled with Fluid,WuTieSheng/Beijing University of Technology,0/278
  10. Study on Tunable Complete Bandgap and Application of Two-dimensional Annular Photonic Crystal Infiltrated with Liquid Crystal,CaiLinMin/Fujian Normal University,0/33
  11. Study on Propagation Characteristics of Photonic Crystal Waveguides,WangLianSheng/Beijing Jiaotong University,0/108
  12. Study on the Effects of Acoustic Focusing and Concentrating Based on Acoustic Metamaterials,WangYuRan/Nanjing University,0/187
  13. Research on Photonic Crystals: Theory, Fabrication and Optical Properties,WangDongDong/Beijing Jiaotong University,3/1350
  14. Theoretical and Applicational Study of One and Two Dimensional Photonic Crystals,LiZhaoFeng/Shanghai Institute of Microsystem and Information Technology Research Institute,1/409
  15. Vibration Attenuation and Band Gap Characteristics of Phononic Crystals,WenJiHong/National University of Defense Science and Technology,28/753
  16. Numerical Simulation of New Configurations in Photonic Crystal Fibers,ChenMingYang/Yanshan University,7/1064
  17. Design of Two-Dimensional Photonic Crystal with a Large Complete Band Gap,FengShangShen/Zhejiang University,4/1080
  18. Characteristic Study of band Gaps in Phononic Crystal Type Periodic Composite Structures,XiaoWei/Huazhong University of Science and Technology,0/405
  19. Simulation of Optical Properties and Optimal Designing of Photonic Crystal Fibers,LiuZhaoLun/Yanshan University,2/659
  20. The Research of Photonic Micro-cavity Vertical Cavity Surface Emitting,LiuGuangYu/Graduate Schoo,Chinese Academy of Sciences,0/176
  21. Study of Band Gap Broadening Method and Waveguide Transmission Property of Photonic Crystal Formed by Holographic Lithography,DongGuoYan/Shandong University,1/294
  22. Properties of Elastic Waves Propagating in Randomly Disordered and Quasi Periodic Phononic Crystals,ChenALi/Beijing Jiaotong University,5/291
  23. The Characteristics of Asymmetric Wave Propagation in Acoustic Artificial Materials,ZhuXueFeng/Nanjing University,0/147
  24. Research on Material Parameters Determining the Band Gaps of Phononic Crystals,ZhouXiaoZhou/Beijing Jiaotong University,0/189
  25. Research on the Propagation of Transverse Vibrations in Periodic Composite Plates,YaoZongJian/Beijing Jiaotong University,2/173
  26. The Genetic Optimization and Application of One and Two Dimensional Photonic Crystals and Electromagnetic-absorption Materials,JiangLiYong/Nanjing University of Technology and Engineering,2/209
  27. Based on photonic crystal fiber filled material Design and Application Research,DuJiangBing/Nankai University,2/457
  28. Studies on Phononic Band Gaps of Periodic Hollow Cylinders,MaHui/North China Electric Power University (Hebei),0/42
  29. Vibration Attenuation and Isolation of Two-dimensional Periodic Composite Thin Plates,LinDan/Beijing Jiaotong University,0/73
  30. The Propagation Properties of Elastic Waves at the Interface of One-dimensional Periodic Composites,CiLongSheng/Beijing Jiaotong University,0/77
  31. Equivalent Nonlocal Medium of Two-Dimensional Phononic Crystals,XuWei/Beijing Jiaotong University,1/122
  32. One-dimensional and Two-dimensional Photonic Crystals’ Optical Properties,ZhouLiBin/Northwestern University,2/527
  33. Study on EM Properties of Photonic Crystal and Design of Large Band-gap Structure,WangShenYun/Nanchang University,1/260
  34. The Optimization of Band Gaps in Two-dimension Phononic Crystals,HuXiaoYing/Inner Mongolia Normal,1/175
  35. Study on the Properties of Magnetic Photonic Crystal,HuangJing/National University of Defense Science and Technology,1/223
  36. Design and Property Analysis of Optiacl Filter Based on 2-D Heterostructure Photonic Crystals,Liu/Fujian Normal University,1/180
  37. Two-dimensional phononic crystal band gap of,QiGongJin/People's Liberation Army National Defense University of Science and Technology,4/288
  38. A Study on Photonic Crystal and Left-Handed Medium,WuLiang/Zhejiang University,0/500
  39. Primary Study on Organic Photonic Crystal Distributed Feedback Lasers,SunZuo/Jilin University,0/181
  40. Band Structure of Three-dimensional Photonic Crystal Consisting of Dielectric Spheres a Plane-wave Approach,DongHuiZuo/Southeast University,0/203
  41. FDTD Stimulation of Light Transmission in Photonic Crystals,Zhang/Southeast University,1/620
  42. The Investigation of the Properties of PBG-PCF,ZhaoMan/Changchun University of Science and Technology,0/413
  43. Bandgap and Damping Property Analysis of Two-dimensional Periodic Composite Structure Based on PWE,KangPan/Dalian University of Technology,0/125
  44. Research on Propagation Characteristics of Terahertz Photonic Crystal Fiber,ChenYin/Zhejiang University,0/525
  45. Theoretical Calculation of Photonic Crystals and Experimental Research of a Dual-wavelength Laser,LiuHuan/Tianjin University,0/293
  46. Study on Self-Assembly to Photonic Crystals and It’s Properties,LiuBoWen/Tianjin University,0/209
  47. Study of the Band Structure of Phononic Crystals,YanLin/Xiangtan University,5/519
  48. Photonic crystal fiber,TangCan/University of Electronic Science and Technology,4/591
  49. Design of Photonic Crystal Semiconductor Lasers and Study of Optical Properties of Multi-quantum Wells in Active Layers,LeiHuaPing/Shanghai Institute of Microsystem and Information Technology Research Institute,0/335
  50. Research and Application of Photonic Crystal Fibers in Supercontinuum Generation,WangWei/Huazhong University of Science and Technology,0/168

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