Titlebook: Dynamics of Soft Matter; Neutron Applications Victoria García Sakai,Christiane Alba-Simionesco,S Book 2012 Springer Science+Business Media,

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Manipulation of Compound Quantities,trons can probe motions that range from protein internal dynamics to global motions of proteins in solutions or in cells. Both types of studies can bring specific information on the way the macromolecules realize their function, at the single molecule level or collectively. We review how the differe

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Manipulation of Compound Quantities,namic scattering experiments give access to the relevant length and time scales of nanometers and pico- or nanoseconds. Local environments in membranes and proteins can be probed by incoherent neutron scattering experiments. Interactions in complex biological membranes can be probed by using deutera

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https://doi.org/10.1007/978-1-349-01806-2easurements (TR-SANS) therefore yield kinetic information on the evolution from one quasi-static structure to another. The technique offers complementary information to neutron spectroscopic methods where the focus is dynamics. Approaches for maximising time resolution in SANS are described, along w

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https://doi.org/10.1007/978-1-349-01806-2oling phenomena, glass formation and freezing in soft confining environment. They offer the advantage that within certain limits, one can tune parameters such as droplet size, droplet concentration or membrane elasticity. However, the complexity of these systems calls for a detailed characterization

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Five Ways of Looking at “Ought”ften significantly different from the polymer host. The properties, generally emergent, are derived from complex cooperative entropic and enthalpic interactions between the chains and the nanoparticles and are strongly dependent on microstructural features. A primary challenge is controlling the mic

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