| File | Dimensione |
|---|
| Branching Processes in Biology.pdf | 1.08 MB |
| Computational Inelasticity.pdf | 2.77 MB |
| Covers/Branching Processes in Biology.jpg | 29.29 kB |
| Covers/Computational Inelasticity.jpg | 19.76 kB |
| Covers/Evolutionary Computation for Modeling and Optimization.jpg | 23.83 kB |
| Covers/From Gestalt theory to image analysis - a probabilistic approach.jpg | 30.80 kB |
| Covers/Geometry and Topology in Hamiltonian Dynamics and Statistical Mechanics.jpg | 21.76 kB |
| Covers/Heterogeneous materials I. Linear transport and optical properties.jpg | 26.64 kB |
| Covers/Killer Cell Dynamics - Mathematical and Computational Approaches to Immunology.jpg | 28.16 kB |
| Covers/Lagrangian Transport in Geophysical Jets and Waves - The Dynamical Systems Approach.jpg | 18.30 kB |
| Covers/Mathematical Biology 1 - An Introduction.jpg | 32.13 kB |
| Covers/Mathematical Physiology - I - Cellular Physiology.jpg | 27.32 kB |
| Evolutionary Computation for Modeling and Optimization.pdf | 8.26 MB |
| From Gestalt theory to image analysis - a probabilistic approach.pdf | 7.76 MB |
| Geometry and Topology in Hamiltonian Dynamics and Statistical Mechanics.pdf | 6.91 MB |
| Heterogeneous materials I. Linear transport and optical properties.pdf | 3.71 MB |
| Killer Cell Dynamics - Mathematical and Computational Approaches to Immunology.pdf | 2.48 MB |
| Lagrangian Transport in Geophysical Jets and Waves - The Dynamical Systems Approach.pdf | 3.61 MB |
| Mathematical Biology 1 - An Introduction.pdf | 4.56 MB |
| Mathematical Physiology - I - Cellular Physiology.pdf | 20.76 MB |
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