Titlebook: Glass … Current Issues; A. F. Wright,J. Dupuy Book 1985 Martinus Nijhoff Publishers, Dordrecht 1985 Polymer.ceramics.composite material.cr

Relinquish

Microstructure Control by Thermal Treatment : Real Time Studies of Crystallisation by Neutron Scatted microstructure. One exception, which has been used over the last few years to enrich our knowledge of nucleation and growth processes is the technique of small angle neutron scattering (SANS) during actual thermal treatment of bulk glass (3,4,5).

Liberate

overbearing

0168-132X ween the glass composition and its non-crystalline structure. One role of the basic research is to understand this interaction, which in time through developmen978-94-010-8758-2978-94-009-5107-5Series ISSN 0168-132X

憤世嫉俗者

Nucleation and Crystallization in Glass-Forming Systemsstal growth in glass-forming liquids. It is intended to provide background for the papers on crystallization phenomena to follow at-this meeting. Specifically, it will not address applications of controlled crystallization to form glass-ceramic materials, which will be considered by Beall; and it wi

Gratulate

Microstructure Control by Thermal Treatment : Real Time Studies of Crystallisation by Neutron Scattefew hours to promote nucleation of the crystallites (1). This is followed by a temperature ramp through crystallisation and sometimes phase transformation zones (2) to the final ceramming temperature. The cooling cycle is usually unimportant. This type of heat treatment tends to give rather reproduc

Grating

Property and Process Development in Glass-Ceramic Materialsrted to a ceramic by a specific heat treatment. Glass-ceramic structure is characterized by fine-grained, randomly oriented crystals with some residual glass, but no voids, microcracks, or other porosity. The basis of controlled crystallization lies in efficient nucleation(.). Except in rare cases,

遭遇

收到

Diffraction and X-Ray Spectroscopy for the Evaluation of Structure of Amorphous Binariesdels up to now were presented to reproduce the experimental data. Since there is a lack of information concerning the symmetry of nearest neighbour’s arrangement, the use of X-ray absorption methods, namely EXAFS and furthermore XANES became more and more important. Using an electron microprobe, XAN

常到

Influence of Solidification Parameters and Relaxation on Properties of Metallic Glassesanging the glass structure and a number of properties. Higher quenching rates for example result in a higher glass transition temperature, but e.g. smaller density. Some controversy about actual numbers of physical properties of metallic glasses may be just due to differences in solidification param

Cholagogue