New Advanced SiC Ceramics Based on Natural Biomaterials

László A. Gömze; Dóra Lipusz; Ludmila N. Gömze

doi:10.4028/www.scientific.net/MSF.729.350

Paper Titles

Impedance Analysis of Silicone Rubber Filled by Electrically Conductive Nanoparticles
p.326

Investigation of Mixing Processes of Polymer Composites
p.332

Application of Risk-Informed Inspection Strategy to Improve the Lifetime and Efficiency of Cleaning Pigs
p.338

Influence of Composition and Grain Size Distribution on the Properties of Limestone and Dolomite Asphalt Fillers
p.344

New Advanced SiC Ceramics Based on Natural Biomaterials
p.350

Effects of the Cooling Rate on the Acoustic Properties of Pb-10Sn Solder
p.356

Surface Modification of PDMS Based Microfluidic Systems by Tensides
p.361

Microstructure Comparison of Soldered Joints Using Electrochemical Selective Etching
p.367

Glass Forming Ability of Bulk Amorphous Materials in Cu-Zr-Ag Ternary Alloy Systems
p.373

HomeMaterials Science ForumMaterials Science Forum Vol. 729New Advanced SiC Ceramics Based on Natural...

New Advanced SiC Ceramics Based on Natural Biomaterials

Abstract:

On the basis of several years experiments in investigation of hetero-modulus material structures and using natural biomaterials and high purity quartz powders the authors successfully developed new high porosity low density SiC ceramic cellulars and foams. For the development of new silicon-carbide and carbon-silicon-carbide (C/SiC) cellular ceramic composites and foams the author used high purity SiO₂ powders mined in Fehervarcsurgo (Hungary) and a biomaterial reagents made from renewable vegetable under trade-name IG-R1. These low density high porosity silicon-carbides probably can be successfully applied in development of light weight ceramic reinforced metal alloy composites in the future. The structure and X-ray diffraction (XRD) analysis of used raw materials and the achieved by authors new SiC and C/SiC ceramic composites and foams are described and shown in present work.