Electronic detection and quantification of ions in solution using an a-Si: H field-effect device

Engineering & Materials Science

• Ions 92%
• Semiconductor materials 89%
• Transducers 71%
• Biosensors 61%
• Sensors 38%
• pH sensors 38%
• Amides 38%
• Plasma enhanced chemical vapor deposition 35%
• Biomolecules 35%
• Current voltage characteristics 33%
• Escherichia coli 32%
• Silicon nitride 30%
• Passivation 30%
• Effluents 28%
• Field effect transistors 26%
• Microelectronics 26%
• Crystalline materials 26%
• Labels 21%
• Glass 20%
• Electrodes 19%
• Fabrication 18%
• Substrates 17%
• Industry 10%
• Costs 9%

Physics & Astronomy

• sensors 61%
• transducers 61%
• amidase 56%
• food 55%
• bioinstrumentation 55%
• electronics 52%
• ions 47%
• Io 35%
• effluents 32%
• amides 31%
• Escherichia 30%
• sensitivity 29%
• microelectronics 25%
• silicon nitrides 24%
• passivity 23%
• industries 21%
• leakage 20%
• field effect transistors 19%
• costs 19%
• electrodes 15%
• fabrication 15%
• glass 14%
• electric potential 13%
• configurations 13%

Chemistry

• Field Effect 100%
• Semiconductor 76%
• Ion 39%
• Food 36%
• Electrolytic Solution 33%
• Industrial Effluent 31%
• Microelectronics 28%
• Reference Electrode 27%
• Electrochemical Reaction 25%
• Chemical Passivation 25%
• Glass Substrate 24%
• Nitride 24%
• Dielectric Material 22%
• pH Value 21%
• Enzyme Activity 20%
• Toxic 19%
• Industry 18%
• Amide 17%
• Amorphous Material 17%
• Surface 8%