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RHEOLOGY, MICROSCOPIC DYNAMICS AND MATERIAL FAILURE IN THE CREEP OF A COLLOIDAL GEL

机译:胶体凝胶蠕变的流变学,微观动力学和材料破坏

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摘要

The mechanical properties of amorphous solids such as glasses or gels are currently a topic of intense research, with implications in material science as well in fundamental condensed matter physics. Traditionally, researchers have investigated the relationship between two macroscopic quantities: the stress applied to the sample and the resulting strain. Recent works aim at gaining a deeper understanding of the origin of the Theological properties, by coupling rheology to structural and dynamical measurements.
机译:目前,无定形固体(如玻璃或凝胶)的机械性能是一个深入研究的主题,对材料科学以及基本的凝聚态物理都有影响。传统上,研究人员研究了两个宏观量之间的关系:施加到样品上的应力和产生的应变。最近的工作旨在通过将流变学与结构和动力学测量相结合,来更深入地了解神学特性的起源。

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