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Download scientific diagram | The surface (left) and the tetrahedral mesh (right) of a geosphere. from publication: Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton | In order to examine nerve impulses by means of simulation methodology, the models of all parts of nervous system, well suited for numerical modeling, are needed. In this paper the problem of setting up such a model, namely, that of a presynaptic bouton, is addressed. | Mesh, Mesh Generation and Paper | ResearchGate, the professional network for scientists.
PDF) Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton
The surface (left) and the tetrahedral mesh (right) of a geosphere.
Applied Sciences, Free Full-Text
PDF) Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton
Applied Sciences, Free Full-Text
The surface (left) and the tetrahedral mesh (right) of a geosphere.
PDF) Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton
The surface (left) and the tetrahedral mesh (right) of a geosphere.
Applied Sciences, Free Full-Text
PDF) Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton
The surface (left) and the tetrahedral mesh (right) of a geosphere.
The surface (left) and the tetrahedral mesh (right) of a geosphere.
PDF) Relations between Geometric Parameters and Numerical Simulation Accuracy in Modeling Signal Transmission in the Presynaptic Bouton