Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics: Conference Series, 2005 - iopscience.iop.org
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
[PDF][PDF] Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - researchgate.net
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics. Conference Series (Online), 2005 - inis.iaea.org
[en] The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics: Conference Series, 2005 - search.proquest.com
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics. Conference Series (Online), 2005 - osti.gov
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
[引用][C] Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics: Conference Series, 2005 - elibrary.ru
Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics Conference Series, 2005 - ui.adsabs.harvard.edu
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
[PDF][PDF] Canards and black swans in a model of a 3-D autocatalator
E Shchepakina - Journal of Physics: Conference Series, 2005 - scholar.archive.org
The mathematical model of a 3-D autocatalator is studied using the geometric theory of
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …
singular perturbations, namely, the black swan and canard techniques. Critical regimes are …