Structural study of brittle micas (II)

Effects of structural order and disorder on the infrared spectra of brittle micas

S U M MARY. Comparison of the infrared spectra (4oo0-50 cm -1) of natural and synthetic samples of margarite, beryllian margaritc, ephesite, and clintonite indicates that the tetrahedral layers of margarite and ephcsite, containing Si and AI in equal atomic proportions, are ordered as the spectra are sharp and show no A1--O-AI vibrations. Clintonite of this tctrahedral composition is disordered...

Structural and Microstructural Design in Brittle Materials

Structural design with brittle materials requires that the stress level in the component correspond to a material survival probabi 1 i ty that exceeds the minimum survival probability permitted in that application. This can be achieved by developing failure models that fully account for the probability of fracture from defects within the material (including considerations of fracture statistics...

a structural survey of the polish posters

تصویرسازی قابلیتهای فراوانی را دارا است

Energy minimizing brittle crack propagation II

SystemC-based Simulation of the MICAS Architecture

We present our approach in using SystemC for simulating a custom configurable architecture, MICAS. However, there are certain aspects of the architecture, like configuration specific information or programming interface, which cannot be directly represented using SystemC concepts. Thus, we define a C++-based specification language for MICAS that allows us to specify additional properties of the...