Vertes Research Group

Molecular modeling of solvated ion evaporation of diglycine ions from a water nanodroplet charged to the Rayleigh limit.

Molecular modeling of Substance P desorption from sinapinic acid matrix during UV laser heating.

Excerpts: One dimensional modeling of matrix-assisted laser desorption using nicotinic acid target and nitrogen laser exciation (see publications 42/ and 45/).

Excerpts: One dimensional modeling of laser ablation using copper target and XeF excimer laser excitation (see publications 45/ and 46/).

2003

Molecular dynamics simulation of charge reduction in electrosprays

V. Znamenskiy, I. Marginean and A. Vertes, "Solvated Ion Evaporation from Charged Water Nanodroplets," animation; Produced at the George Washington University, Washington, DC

1999

Molecular dynamics simulation of phase transition in matrix-assisted laser desorption

A. Bencsura and A. Vertes "Matrix-Assisted Laser Desorption of Substance P from Sinapinic Acid Matrix Modeled by Molecular Dynamics," animation; Produced at the George Washington University Washington, DC.

1992

Fluid dynamics simulation of matrix-assisted laser desorption

A. Vertes, D.E. Platt, R.W. Dreyfus, "Modeling Laser Ablated Surfaces," on videotape, Produced by IBM Thomas J. Watson Research Center, Yorktown Heights, NY, 35 min.

MALDI : 10 MW/cm² zoomed
(size: 1.9Mb)
MALDI : 10 MW/cm²
(size: 1.2Mb)

1992

Fluid dynamics simulation of laser ablation

A. Vertes, D.E. Platt, R.W. Dreyfus, "Laser Ablation Modeling," on videotape, Produced by IBM Thomas J. Watson Research Center, Yorktown Heights, NY, 21 min.

Cu ablation : 500 MW/cm²
(size: 1.9Mb)
Cu ablation : 250 MW/cm²
(size: 1.7Mb)
Cu ablation : 1100 MW/cm²
(size: 2.2Mb)