Nonmonotonic Temperature Effects of the Reservoir on the Relaxation Behavior of Quantum Systems
Vibrational Relaxation of a Molecule in Strong Interaction with a Reservoir: Nonmonotonic Temperature Dependence. V. M. Kenkre, A. A. Ierides. Physics Letters A, 2018. Paper
Reservoir effects on the temperature dependence of the relaxation to equilibrium of three simple quantum systems.A.A. Ierides, V.M. Kenkre.Physica A: Statistical Mechanics and its Applications, 2018. Paper
Vibrational Relaxation Theory for Systems Embedded in Microscopically Specified Reservoirs. A.A. Ierides. PhD Thesis, 2018.
Vibrational Relaxation Description In the Coherent Domain and Inverted Temperature Dependence of Relaxation Rates. A.A. Ierides, V.M.Kenkre. American Physical Society (APS) March Meeting, 2017. Presentation Abstract
Rheology: Free Surface Profile Prediction in Horizontally Rotating Cylinder
Simple Theory of S-Shaped Profile of Free Surface Flow of Granular Material in a Rotating Cylinder Poster
A.A. Ierides, M. Endicott, V.M. Kenkre. Southern Workshop on Granular Materials (SWGM2015), November-December 2015.
1-, 2-, & 3-D Bacterial Population Dynamics
Nuclear Magnetic Resonance: The Torrey-Bloch Equations
Using Density Functional Theory to Model Time-Dependent Behavior of Quantum Systems