finite difference time domain method - Globe Thesis

Keyword [finite difference time domain method] Result: 61 - 80 \| Page: 4 of 10
61.	Research On The Characteristics And Applications Of One-dimensional Nonlinear Photonic Crystal
62.	A Software Design For High Power Microwave Device And Thermal Effects Analysis
63.	A Study Of Efficient Parallel FDTD Methods On Cluster Systems
64.	Analysis Of Triple-TEM Cell Based On Finite Difference Time Domain Method
65.	Design And Property Analysis Of Optiacl Filter Based On 2-D Heterostructure Photonic Crystals
66.	The Analysis And Design Of Slot Antenna Based On Finite-Difference Time-Domain Method
67.	Research Of Microstrip Patch Antenna Array And Application In Hiper LAN
68.	Research On The Response Characteristic Of Ultra-wideband Electromagnetic Detection Of Shallow Target Using Finite Difference Time Domain Method
69.	Study On FDTD Method For The Propagation Characteristic Of Terahertz Wave
70.	Numerical Simulation Of Optical Properties In Microstructured Optical Fibers
71.	Studies On The Bandgap Structures Of Photonic Crystal Fiber And Properties Of Directional Coupling Waveguides
72.	FDTD Research Of Optical Switch Of Two-Dimensional Photonic Crystal Waveguide Coupler
73.	Research On Influence Of Structure Optimization Of Photonic Crystals On Enhancement Of Extracting Efficiency Of GaN-based LED
74.	The Application Of The Finite Difference Time Domain Method And Its Parallelization In EM Scattering From The Rough Surface With/without Target
75.	The Assessment For Electromagnetic Radiation Of Mobile Communication Base Station And The Study For Shielding Effectiveness Of Buildings
76.	Design And Simulation Of Implanted Antenna Inside Human Body Used For Wireless Medical Communication
77.	Analysis Of The Band Gap Of Photonic Crystal Fiber
78.	The Study Of High-throughput Data Interface Technology In Data Center
79.	Research On A New Type Of Photonic Crystal Device Based On Surface Wave Modulation
80.	Fpga-Based Acceleration Of Plasma Finite-Difference Time-Domain Method
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