Sintering of nano structural WC with cobalt matrix synthesised from soluble raw materials

Keyphrases

• Tungsten Carbide Powder 100%
• Nanostructural 100%
• Cobalt Matrix 100%
• Mechanical Properties 50%
• Particle Size 50%
• Tungsten 50%
• Carbon Source 50%
• Phase Structure 50%
• Powder Properties 50%
• Grain Size 50%
• X Ray Diffraction 50%
• Submicron 50%
• Argon Atmosphere 50%
• Water-soluble 50%
• Ammonium Paratungstate 50%
• WC Powder 50%
• Glycine 50%
• Nanosize 50%
• Carbides 50%
• Thermal Synthesis 50%
• Electron Microscopy 50%
• Tungsten Carbide WC 50%
• Grain Growth 50%
• Sintered Compacts 50%
• Property Structure 50%
• Sintering Mechanism 50%
• Nanostructured Tungsten 50%
• Cobalt Powder 50%
• Spark Plasma Sintering 50%
• Mechanical Evaluation 50%
• Dynamic Indentation 50%
• Microstructure Evaluation 50%
• Fine Carbides 50%

INIS

• raw materials 100%
• matrices 100%
• nanostructures 100%
• sintering 100%
• powders 100%
• cobalt 100%
• tungsten carbides 100%
• water 33%
• carbides 33%
• dynamics 16%
• plasma 16%
• mechanical properties 16%
• particle size 16%
• microstructure 16%
• weight 16%
• compacts 16%
• evaluation 16%
• atmospheres 16%
• tungsten 16%
• carbon sources 16%
• synthesis 16%
• argon 16%
• x-ray diffraction 16%
• grain size 16%
• sprays 16%
• decomposition 16%
• ammonium tungstates 16%
• glycine 16%
• electron microscopy 16%
• grain growth 16%

Material Science

• Carbide 100%
• Cobalt 100%
• Sintering 100%
• Tungsten 80%
• Phase Structure 20%
• Spark Plasma Sintering 20%
• Grain Size 20%
• Indentation 20%
• X-Ray Diffraction 20%
• Electron Microscopy 20%