Absorbing boundary condition - Globe Thesis

Keyword [Absorbing boundary condition] Result: 1 - 20 \| Page: 1 of 2
1.	Studying On Forward And Inversion Algorithms Of Multicomponent Electromagnetic Induction Logging Data In An Anisotropically Layered Formation
2.	Study On Numerical Simulation And Distribution Regularity Of Transient Electromagnetic Field With Mine-Used Multi Small Loop
3.	Research Of Finite-Element Time-Domain Method In Computational Electromagnetics
4.	Investigation Of The FDTD Method For Electromagnetic Field
5.	Research On Simulation Method For The Elastic Wave And Acoustic Wave Field In Time Domain
6.	Finite-Difference For Porous Medium Well Logging And Absorbing Boundary Condition
7.	Numerical Study Of Acoustic Field Of Heterogeneous Poroelastic Media Fully Saturated By Single Fluid
8.	FDTD Method And Its Application To Simulation Of Electromagnetic Well-Logging Tool Response
9.	The Absorbing Boundary Condition In Numerical Simulation Of Seismic Wave Propagation
10.	Local Absorbing Boundary Conditions For The Time-dependent Schr(?)dinger Equation Of Laser-atom Interaction
11.	Seismic Wave Field Numerical Modeling Based On High-order Finite-differentical Method
12.	High-Order Elastic Wave Equation Forward Modeling And Reverse-Time Migration
13.	A Novel CDLT-FDTD Investigation For EM Scattering By Plasma And Its M-UPML Absorbing Boundary Condition
14.	A Novel Non-Splitted Field NPML Absorbing Boundary Condition Based On The FDTD Method
15.	Numerical Simulation Of Elastic Wave Field In The Two Phase-Medium Of Coal And Rock
16.	Discontinuous Galerkin Method For The Helmholtz Scattering Problem In Two Level Homogeneous Medium
17.	Continuous Interior Penalty Finite Element Methods For Helmholtz Equation With High Wave Number And First Order Absorbing Boundary Condition
18.	Research On Absorbing Boundary Condition And Its Application On Electromagnetic Scattering
19.	Numerical Simulation Of Elastic Wave Field In The Two Phase-medium Of Coal And Rock
20.	Transmission Characteristics Of Photonic Crystal Using The Transfer Matrix Method (tmm)
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