Influence of Ni nanoparticle addition and spark plasma sintering on the TiNiSn-Ni system: Structure, microstructure, and thermoelectric properties

Engineering & Materials Science

• Spark plasma sintering 100%
• Nanoparticles 76%
• Nickel 71%
• Thermal conductivity 69%
• Levitation melting 69%
• Electronic properties 59%
• Microwave heating 53%
• Microstructure 51%
• Synchrotrons 51%
• Densification 43%
• X ray diffraction 37%
• Thermodynamic properties 35%
• Powders 31%

Physics & Astronomy

• sintering 59%
• nanoparticles 51%
• microstructure 45%
• levitation melting 41%
• nickel 41%
• thermal conductivity 40%
• preparation 37%
• synthesis 37%
• thermoelectric materials 29%
• pressing 27%
• microbalances 25%
• densification 25%
• figure of merit 24%
• synchrotrons 22%
• thermodynamic properties 20%
• microwaves 17%
• heating 16%
• profiles 13%
• diffraction 13%
• electronics 13%
• x rays 11%

Chemical Compounds

• Thermoelectricity 85%
• Sintering 63%
• Microstructure 51%
• Thermal Conductivity 48%
• Plasma 47%
• Levitation Melting 44%
• Nanoparticle 38%
• Figure of Merit 29%
• Microwave Heating 28%
• Densification 28%
• Amount 22%
• Electronic Property 21%
• Reduction 11%