finite element method - Globe Thesis

Keyword [finite element method] Result: 61 - 80 \| Page: 4 of 10
61.	Suppression Of Thermal Effects And Stimulated Brillouin Scattering In High Power Fiber Lasers And Beam Shaper Of The Laser Diode Arrays
62.	Study On Photosensitive Erbium Doped Optical Fibers And Bragg Grating-Assisted Coupler For Add/Drop Filters
63.	Research On Electromagnetic Induction And The Propagation Of Low Frequency Electromagnetic Wave In An Inhomogeneous Medium
64.	Structure Design And Property Research Of Hollow-Core Photonic Bandgap Fibers
65.	Study Of Laser Scanning Imaging And Weld Defects Extraction Base On Computed Radiography
66.	Research On Proximity Capacitive Sensor Design And ECT Technique
67.	Study On Super-resolution Imaging And Nano-lithography Of Curved Multilayered Metal-Dielectric Structure
68.	Research On Electronic Structures Of Zero-Dimensional Semiconductor Materials
69.	Position Techniques In Mobile Wireless Networks And Position-based AD HOC Routing Strategy
70.	Analysis For Transmission Characteristics Of Ridge Waveguide By Finite Element Method
71.	Study On Technology Of Visulization In 3D Engineering Geological Modeling And Calculation
72.	On High Performance Numerical Algorithm For Electromagnetic Scattering And EMC Analysis
73.	Study On Electro-thermo-mechanical Characteristics Of TSV Interconnectors And GaN Field Effect Transistors Applied For Advanced 3D-ICs
74.	Reconstruction Algorithm And Experiment Investigation For Steady-State Fluorescence Molecular Tomography
75.	Advanced Methodologies For Time-resolved Optical Breast Imaging Based On Panel Detection Mode
76.	Simulation And Design Of Wireless Passive Impedance-loaded SAW Sensors Based On The FEM/BEM Method
77.	Studies On Optical Properties Of Fiber Gratings And Splice Losses Of Photonic Crystal Fibers
78.	Rotary Direct-acting Hydraulic Servo Valve Key Technology Research
79.	Study Of Mechanism And Numerical Analysis On Forming 3-D Shape Of Plate By Laser Peening
80.	Study On Control Of The Current, Heat And Optical By Stepped Material In Optical-Electron Devices
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