Enhancing ambipolar carrier transport of black phosphorus field-effect transistors with Ni-P alloy contacts

Chemical Compounds

• Alloy 65%
• Annealing 29%
• Application 5%
• Behavior as Electrode 9%
• Black 83%
• Chemical Transformation 11%
• Compound Mobility 14%
• Electron Particle 20%
• Field Effect 93%
• Leakage Current 24%
• Metal Oxide 31%
• Phosphorus(.) 78%
• Semiconductor 28%
• Vacuum 15%

Physics & Astronomy

• annealing 22%
• augmentation 11%
• carrier mobility 19%
• CMOS 33%
• electric contacts 16%
• electrodes 11%
• electron mobility 19%
• electrons 7%
• field effect transistors 73%
• leakage 15%
• low resistance 42%
• low vacuum 26%
• performance 8%
• phosphorus 91%
• transistors 29%
• vacuum 11%

Medicine & Life Sciences

• Electric Impedance 19%
• Electrodes 16%
• Electrons 30%
• Metals 32%
• Oxides 45%
• Phosphorus 100%
• Semiconductors 53%
• Temperature 13%
• Vacuum 43%