Recent investigations of some self-exciting Faraday-disk homopolar dynamo ([1-4]) have yielded the classic Lorenz equations as a special limit when one of the principal bifurcation parameters is zero. In this paper we focus upon one of those models [3] and illustrate what happens to some of the lowest order unstable periodic orbits as this parameter is increased from zero
The complex Lorenz equations are a nonlinear fifth-order set of physically derived differential equa...
This paper forms the second part of a two-part study into the effects of azimuthal eddy currents in ...
In this paper, we extend our previous template analysis of a self-exciting Faraday disc dynamo with ...
Recent investigations of some self-exciting Faraday-disk homopolar dynamos [Hide, R. and Moroz, I. M...
The extended Malkus-Robbins dynamo [Moroz, 2003] reduces to the Lorenz equations when one of the key...
The extended Malkus-Robbins dynamo [Moroz, 2003] reduces to the Lorenz equations when one of the key...
Hide [1997] has introduced a number of different nonlinear models to describe the behavior of n-coup...
In a recent paper Moroz \cite{m02} considered a simplified version of the third class of self-exciti...
Plane nonlinear dynamo waves can be described by a sixth order system of nonlinear ordinary differen...
The elucidation of the behaviour of physically realistic self-exciting Faraday-disk dynamos bears in...
In this article, we return to a four-dimensional model for a self-exciting Faraday disk dynamo, orig...
We characterize the zero-Hopf bifurcation at the singular points of a parameter co-dimension four hy...
URL: http://www-spht.cea.fr/articles/s05/152 Rigas Jurmala, Rigas Jurmala, Latvia, June 27 - July 1s...
8 pagesAn investigation of the dynamo instability close to the threshold produced by an ABC forced f...
Hide et al. (Hide, Skeldon & Acheson 1996 Proc. R. Soc. A452, 1369–1395) introduced a nonlinear syst...
The complex Lorenz equations are a nonlinear fifth-order set of physically derived differential equa...
This paper forms the second part of a two-part study into the effects of azimuthal eddy currents in ...
In this paper, we extend our previous template analysis of a self-exciting Faraday disc dynamo with ...
Recent investigations of some self-exciting Faraday-disk homopolar dynamos [Hide, R. and Moroz, I. M...
The extended Malkus-Robbins dynamo [Moroz, 2003] reduces to the Lorenz equations when one of the key...
The extended Malkus-Robbins dynamo [Moroz, 2003] reduces to the Lorenz equations when one of the key...
Hide [1997] has introduced a number of different nonlinear models to describe the behavior of n-coup...
In a recent paper Moroz \cite{m02} considered a simplified version of the third class of self-exciti...
Plane nonlinear dynamo waves can be described by a sixth order system of nonlinear ordinary differen...
The elucidation of the behaviour of physically realistic self-exciting Faraday-disk dynamos bears in...
In this article, we return to a four-dimensional model for a self-exciting Faraday disk dynamo, orig...
We characterize the zero-Hopf bifurcation at the singular points of a parameter co-dimension four hy...
URL: http://www-spht.cea.fr/articles/s05/152 Rigas Jurmala, Rigas Jurmala, Latvia, June 27 - July 1s...
8 pagesAn investigation of the dynamo instability close to the threshold produced by an ABC forced f...
Hide et al. (Hide, Skeldon & Acheson 1996 Proc. R. Soc. A452, 1369–1395) introduced a nonlinear syst...
The complex Lorenz equations are a nonlinear fifth-order set of physically derived differential equa...
This paper forms the second part of a two-part study into the effects of azimuthal eddy currents in ...
In this paper, we extend our previous template analysis of a self-exciting Faraday disc dynamo with ...
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