Titlebook: Dissipative Structures in Transport Processes and Combustion; Interdisciplinary Se Dirk Meinköhn Conference proceedings 1990 Springer-Verla

SOBER

The Cosmic Microwave Backgroundly to be meaningful in the regime of corrugated flamelets. Experimental data of flame contours measured with decreasing length scales are presented. A simple model is derived to explain the dependence of the measured fractal dimension on the ratio of the turbulence intensity to the laminar burning v

Accomplish

Cosmic Microwave Background Observationsting the properties of the free shear layer outside of the wake, which are important in view of the combustion in the reattached shear layer. In the present analysis an approximation for the flow outside of the wake is proposed which allows one to compute the temperature and concentration fields in

CLAMP

粉笔

Dirk Schulze-Makuch,William Bainsnce model is conventional and based on gradient transport assumptions and an eddy viscosity concept. In addition to the equations of the turbulent flow field the species conservation equations are solved. The chemical reactions are described by a detailed, elementary kinetics reaction mechanism. The

comely

The Cosmopolitics of Solidarityer is the existence of well-defined critical points, bifurcations and phase transitions. Applying the methods of synergetics to these systems we derive concise order-parameter equations which describe the qualitative and the quantitative behaviour in the vicinity of a phase transition. Numerical sol

Conducive

https://doi.org/10.1007/978-3-030-99087-9c motion in liquids. Three examples of active media from macroscopic elements will be presented: the medium from bistable elements, the media of Van der Pol oscillators, the media with chemical reactions. In the last case the size of the macroscopic elements is defined by the physically infinitesima

Landlocked

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招惹

https://doi.org/10.1007/978-3-030-62569-6omata proposed so far are anisotropic since the shapes of the propagating waves are related to the shapes of the cells (e.g. squares or hexagons). This problem is solved in the present work by automata based on a random distribution of excitable elements. Using a (minimal) model with only three para

Juvenile

Blue Oceans and Greenfields in Spacemass transfer effects. Pattern formation at a liquid-gas or liquid-liquid interface is often related to the onset of thermal convection. Thermal convection or instability is a result of the competition between the effects of forces due to gravity or surface tension gradients and effects due to therm