A perspective look at nonlinear media: from physics to - download pdf or read online

By Jürgen Parisi, Stefan C. Müller, Walter Zimmermann

ISBN-10: 3540639950

ISBN-13: 9783540639954

Recommendations of nonlinear physics are utilized to more and more study disciplines. With this quantity, the editors supply a variety of articles on nonlinear subject matters in growth, starting from physics and chemistry to biology and a few purposes of social technology. The e-book covers quantum optics, electron crystallization, mobile or movement styles in fluids and in granular media, organic platforms, and the keep watch over of mind buildings through neuronal excitation. Chemical styles are checked out either in bulk recommendations and on surfaces in heterogeneous platforms. From usual buildings, the authors flip to the extra advanced habit in biology and physics, similar to hydrodynamical turbulence, low-dimensional dynamics in solid-state physics, and gravity.

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Extra info for A perspective look at nonlinear media: from physics to biology and social sciences

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000548597 amu) mass of nuclide AZX (amu) atomic number (number of protons) mass number (number of nucleons) Page 17 NP-01 MASS DEFECT AND BINDING ENERGY DOE-HDBK-1019/1-93 Atomic and Nuclear Physics Example: Calculate the mass defect for lithium-7. 016003 amu. 016003 amu Binding Energy The loss in mass, or mass defect, is due to the conversion of mass to binding energy when the nucleus is formed. Binding energy is defined as the amount of energy that must be supplied to a nucleus to completely separate its nuclear particles (nucleons).

The more unusual of the two interactions is the absorption of the neutron, forming a compound nucleus, followed by the re-emission of a neutron in such a way that the total kinetic energy is conserved and the nucleus returns to its ground state. This is known as resonance elastic scattering and is very dependent upon the initial kinetic energy possessed by the neutron. Due to formation of the compound nucleus, it is also referred to as compound elastic scattering. The second, more usual method, is termed potential elastic scattering and can be understood by visualizing the neutrons and nuclei to be much like billiard balls with impenetrable surfaces.

Radiative capture Particle ejection Scattering A neutron scattering reaction occurs when a nucleus, after having been struck by a neutron, emits a single neutron. Despite the fact that the initial and final neutrons do not need to be (and often are not) the same, the net effect of the reaction is as if the projectile neutron had merely "bounced off," or scattered from, the nucleus. The two categories of scattering reactions, elastic and inelastic scattering, are described in the following paragraphs.

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A perspective look at nonlinear media: from physics to biology and social sciences by Jürgen Parisi, Stefan C. Müller, Walter Zimmermann

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