Humidity influence on the CO₂ response of potentiometric sensors based on NASICON pellets with new compositions, Na₃Zr_2-(x/4)Si_2-xP_1+xO₁₂ (x = 1.333)

INIS

• adsorption 8%
• atmospheres 8%
• carbon dioxide 100%
• ceramics 16%
• concentration 41%
• desorption 8%
• electrochemistry 8%
• electrodes 25%
• electrolytes 8%
• electromotive force 25%
• electrons 8%
• environment 8%
• flow rate 16%
• gas flow 8%
• gases 58%
• humidity 100%
• pellets 100%
• performance 16%
• potentiometry 100%
• powders 8%
• range 8%
• sensitivity 8%
• sensors 100%
• sintering 8%
• sodium oxides 8%
• sol-gel process 8%
• solid electrolytes 8%
• steady-state conditions 8%
• values 16%

Chemistry

• Carbon Dioxide 100%
• Chemical Reaction 33%
• Concentration 41%
• Electrochemical Reaction 8%
• Electrolyte 8%
• Electromotive Force 25%
• Electron Particle 8%
• Environment 8%
• Flow Kinetics 16%
• Gas 41%
• Gas Sensor 16%
• Gel 8%
• Humidity 100%
• NASICONs 100%
• Oxide 8%
• Phase Composition 100%
• Potentiometric Sensor 100%
• Sample 16%
• Sensor 8%
• Sintering 8%
• Sorption 8%
• Time 8%

Material Science

• Adsorption 20%
• Ceramics 40%
• Conductivity 20%
• Desorption 20%
• Electrochemical Reaction 20%
• Electrode 60%
• Electrolyte 20%
• Gas 100%
• Gas Flow 20%
• Gas Sensor 40%
• Oxide 20%
• Powder 20%
• Protective Atmosphere 20%
• Sensor 100%
• Sintering 20%
• Sodium 20%
• Sol-Gel 20%
• Solid Electrolyte 20%