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Publications by Lothar Schmid

Hydrodynamic Deformation Reveals Two Coupled Modes/Time Scales of Red Blood Cell Relaxation

Condensed Matter Physics

English

Related publications

Red Cell Properties After Different Modes of Blood Transportation

Frontiers in Physiology

English

Truncation of Scales by Time Relaxation

Journal of Mathematical Analysis and Applications

Applied Mathematics

English

Deformation of a Single Red Blood Cell in Bounded Poiseuille Flows

Physical Review E

English

Stability Analysis of Coupled Linear ODE-hyperbolic PDE Systems With Two Time Scales

Systems Engineering

Electronic Engineering

English

Critical Behavior of Non-Hydrodynamic Quasinormal Modes in a Strongly Coupled Plasma

Journal of High Energy Physics

High Energy Physics

English

Time Scales for Dynamical Relaxation to the Born Rule

Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences

English

Applying Osmotic Stress Reveals Two Modes of Enzyme Inhibition

Biophysical Journal

English

Hydrodynamic Instability in a Magnetically Driven Suspension of Paramagnetic Red Blood Cells

Condensed Matter Physics

English

Red Blood Cell Population Dynamics

Clinics in Laboratory Medicine

Clinical Biochemistry

English