Chemical Complexity

Chemical Complexity

Self-Organization Processes in Molecular Systems

Mikhailov, Alexander S.; Ertl, Gerhard

Springer International Publishing AG

08/2018

208

Mole

Inglês

9783319861470

15 a 20 dias

3343

Descrição não disponível.
Self-organization vs. self-assembly.- Thermodynamics of open systems.- The Turing instability.- Waves in the heart.- The Belousov-Zhabotinsky reaction.- Surface catalysis.- Corrosion of steels.- Nonequilibrium soft matter.- Phase transitions in reactive systems.- Self-organization in biological cells.- Protein machines and molecular motors.- Active propulsion on microscales.- Oscillators and synchronization phenomena.- Chemical chaos.- Network problems.- Design and control of self-organizing systems.- Open problems and application perspectives.
Active Propulsion on Microscales;Chemical Networks;Complex Chemical Systems;Molecular Motors;Nonequilibrium Dynamics in Reactive Systems;Protein Machines;Self-organization in Biological Cells;Self-organizing Systems;complexity;systems biology