Polarizable continuum model

Three-dimensional multispecies nonlinear tumor growth—I

Algorithms / Thermodynamics / Metabolism / Cancer / Cell Adhesion / Theoretical biology / Biological Sciences / Humans / Computer Simulation / Mathematical Sciences / Animals / Nutrient Uptake / Polarizable continuum model / Theoretical / Neoplasm Invasiveness / Mixture Model / Necrosis / Neoplasms / Finite Difference Method / Three Dimensional / Disease Progression / Large Scale / Cell Proliferation / Tumor Growth / Tumor Progression / Theoretical biology / Biological Sciences / Humans / Computer Simulation / Mathematical Sciences / Animals / Nutrient Uptake / Polarizable continuum model / Theoretical / Neoplasm Invasiveness / Mixture Model / Necrosis / Neoplasms / Finite Difference Method / Three Dimensional / Disease Progression / Large Scale / Cell Proliferation / Tumor Growth / Tumor Progression

A reactive dynamic continuum user equilibrium model for bi-directional pedestrian flows

Applied Mathematics / Pure Mathematics / Numerical Method / Minimum Travel Cost / Polarizable continuum model / Historic conservation law / Finite Volume Method / Unstructured Grid / Experimental Method / User Equilibrium / Historic conservation law / Finite Volume Method / Unstructured Grid / Experimental Method / User Equilibrium

A novel experimental setup for gas microflows

Microfluidics / Kinetics / Nanotechnology / Kinetic Theory / Polarizable continuum model / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data

A novel experimental setup for gas microflows

Microfluidics / Kinetics / Nanotechnology / Kinetic Theory / Polarizable continuum model / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data

A novel experimental setup for gas microflows

Microfluidics / Kinetics / Nanotechnology / Kinetic Theory / Polarizable continuum model / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data / Microfluidics and Nanofluidics / Second Order / Interdisciplinary Engineering / Boundary Condition / Gas Flow / Flow Rate / Experimental Data

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