Synthetic Seismogram Generation through Wavelet and Reflection Coefficient Convolution
Generating synthetic seismograms by convolving wavelets with reflection coefficients to simulate seismic responses
Calculation of Reflection Coefficients in 2D Waveguides
Computing reflection coefficients in 2D waveguides with PML boundary conditions on lateral sides, PEC boundaries on top/bottom, and a plane wave excitation source
Synthetic Seismogram Generation Using Convolution
Creating synthetic seismic records through convolution of seismic wavelets with subsurface reflectivity series
Synthetic Seismogram Generation under Specific Reflection Coefficients and Conditions
Creating synthetic seismic records with customized reflection coefficients and specified geological parameters
Generating Synthetic Seismograms with Specific Reflection Coefficients Under Defined Conditions
Creating synthetic seismic records through mathematical modeling of wave propagation with customizable reflection coefficients and geological parameters
Accurate Solution for Zoeppritz Equations
Implementation for precisely solving Zoeppritz equations with numerical stability handling and comprehensive wave mode analysis
Mini-Program for Synthetic Seismogram Generation
A compact tool for creating synthetic seismic records with core modules for reflection coefficient calculation, wavelet generation, and convolution operations.