COVID-19 propagation by diffusion-a two-dimensional approach for Germany

G Bärwolff - medRxiv, 2021 - medrxiv.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

COVID-19 propagation by diffusion--a two-dimensional approach for Germany

G Bärwolff - arXiv e-prints, 2021 - ui.adsabs.harvard.edu
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

COVID-19 propagation by diffusion-a two-dimensional approach for Germany

GKF Baerwolff - 2021 - pesquisa.bvsalud.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

COVID-19 propagation by diffusion--a two-dimensional approach for Germany

G Bärwolff - arXiv preprint arXiv:2101.12011, 2021 - arxiv.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

[PDF][PDF] COVID-19 propagation by diffusion-a two-dimensional approach for Germany

G Bärwolff - scholar.archive.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

[HTML][HTML] COVID-19 propagation by diffusion--a two-dimensional approach for Germany

G Bärwolff - 2021 - europepmc.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …

[HTML][HTML] COVID-19 propagation by diffusion-a two-dimensional approach for Germany

G Bärwolff - 2021 - europepmc.org
Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a
quantity a diffusion process happens and this ends if an equilibrium is reached only. The …