wave number - Globe Thesis

Keyword [wave number] Result: 1 - 20 \| Page: 1 of 2
1.	Method Research On Two-way Wave-equation Forward Modeling And Illumination Analysis
2.	Modal Wave Number Inversion And Bottom Parameter Dependence
3.	A Study On The Characteristics Of Scattering From An Object Submerged In A Shallow-water Waveguide
4.	A Data-space Inversion Method For 2-D DC Resistivity Data
5.	Dispersion Analysis Of The IPFEM For The Helmholtz Equation With High Wave Number On Equilateral Triangular Meshes
6.	Analysis Of Spectral Galerkin Approximations To The 3D Helmholtz Equation In An Exterior Domain With A Spherical Boundary
7.	Finite Volume Method For Solving The Helmholtz Equation With Interface Problem
8.	The Source Transfer Domain Decomposition Method For The Helmholtz Equation With Large Wave Number Under The Discretiza- Tion Of The Continuous Interior Penalty Finite Element Method
9.	Convergence Analysis Of An Adaptive Finite Element Method For The Helmholtz Equation In L~2 Norm
10.	Continuous Interior Penalty Finite Element Methods For Helmholtz Equation With High Wave Number And First Order Absorbing Boundary Condition
11.	High-density Resistivity Method Data Processing Method
12.	The Sea Surface Micro-structure Of Image Data Processing Algorithms And Systems Integration
13.	Continuous Interior Penalty Finite Element Method And Interior Penalty Discontinuous Galerkin Method For Helmholtz Equation With High Wave Number
14.	Adaptive Continuous Interior Penalty Finite Element Method And Adaptive Multi-Penalty Discontinuous Galerkin Method
15.	Preasymptotic Error Estimates Of The Finite Element Method For Helmholtz Equation With High Wave Number And The Pure Source Transfer Domain Decomposition Method
16.	Improved Algorithms Of Aeromagnetic Gradient Data And The Application In GeoProbe Platform
17.	Continuous Interior Penalty Finite Element Method With PML For Helmholtz Equation With High Wave Number
18.	Improvement Of MASNUM-WAM And Its Parameter Adjustment
19.	Magnetic Source Wide Field Electromagnetic Method2.5-D Forward Modeling
20.	Three-Dimensional Magnetotelluric Forward Modeling By The Method Of Thin Layer Approximation
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