Comparison of the three classes (rare earth, refractory and near-noble) of silicide contacts

Engineering & Materials Science

• Silicides 100%
• Rare earths 90%
• Refractory materials 80%
• Metals 46%
• Krypton 40%
• Silicon 38%
• Refractory metals 37%
• Precious metals 32%
• Passivation 29%
• Argon 27%
• Surface morphology 27%
• Tensile stress 24%
• Oxidation 21%
• Temperature 9%

Physics & Astronomy

• refractories 80%
• silicides 75%
• rare earth elements 62%
• metals 37%
• disilicides 33%
• refractory metals 31%
• krypton 27%
• noble metals 27%
• markers 26%
• silicon 26%
• tensile stress 24%
• passivity 22%
• argon 19%
• oxidation 17%

Chemical Compounds

• Refractory 76%
• Lanthanoid Atom 55%
• Refractory Metal 50%
• Schottky Barrier 50%
• Chemical Passivation 37%
• Metal 32%
• Marker 32%
• Oxidation Reaction 16%
• Surface 11%