- Transformation of spatial and perturbation derivatives of travel time at a curved interface between two arbitrary media2016 | Faculty of Mathematics and Physics
- Two-point paraxial traveltime formula for inhomogeneous isotropic and anisotropic media: Tests of accuracy2013 | Faculty of Mathematics and Physics
- Kirchhoff prestack depth migration in simple models of various anisotropy2010 | Faculty of Mathematics and Physics
- Two-point paraxial traveltimes in an inhomogeneous anisotropic medium2012 | Faculty of Mathematics and Physics
- A Proof of the Gibbs-Thomson Formula in the Droplet Formation Regime2004 | Publication without faculty affiliation
- Kirchhoff prestack depth migration in 3-D models: Comparison of triclinic anisotropy with simpler anisotropies2011 | Faculty of Mathematics and Physics
- Kirchhoff prestack depth migration in simple models with differently rotated elasticity tensor: orthorhombic and triclinic anisotropy2017 | Faculty of Mathematics and Physics
- Fortran 77 package MODEL version 6.31Publication without faculty affiliation
- Fortran 77 package MODEL version 6.50Publication without faculty affiliation
- Kirchhoff prestack depth migration in 3-D simple models: comparison of triclinic anisotropy with simpler anisotropies2012 | Faculty of Mathematics and Physics
- Kirchhoff prestack depth migration in 3-D models with velocity gradients: Comparison of triclinic anisotropy with simpler anisotropies2012 | Faculty of Mathematics and Physics
- Fortran 77 package MODEL version 7.00Publication without faculty affiliation
- Fortran 77 package MODEL version 7.10Publication without faculty affiliation
- Morphologically Tunable Coassembly of Double Hydrophilic Block Polyelectrolyte with Oppositely Charged Fluorosurfactant2014 | Faculty of Science, First Faculty of Medicine
- Kirchhoff pre-stack depth scalar migration in a simple triclinic velocity model for three-component P, S1, S2 and converted waves2021 | Faculty of Mathematics and Physics
- KIRCHHOFF PRE-STACK DEPTH SCALAR MIGRATION OF COMPLETE WAVE FIELD USING THE PREVAILING-FREQUENCY APPROXIMATION OF THE COUPLING RAY THEORY2023 | Faculty of Mathematics and Physics