Defect-Induced Adsorption Switching (p- to n- Type) in Conducting Bare Carbon Nanotube Film for the Development of Highly Sensitive and Flexible Chemiresistive-Based Methanol and NO2 Sensor

Jyoti PrakashRao, P. T.Rohilla, R.Nechiyil, D.Kaur, M.Ganapathi, K. S.Debnath, A. K.Kaushala, A.Bahadur, J.Dasgupta, K.2023-11-282023-11-282023ACS Omega, 2023. Vol. 8: pp. 6708-6719http://hdl.handle.net/123456789/261494768 bytestext/htmlenDefect-Induced Adsorption Switching (p- to n- Type)Bare Carbon Nanotube FilmDevelopment of Highly Sensitive and Flexible Chemiresistive-Based Methanol and NO2 Sensorsensitive carbon nanotube (CNT) aerogel gas sensorDefect-Induced Adsorption Switching (p- to n- Type) in Conducting Bare Carbon Nanotube Film for the Development of Highly Sensitive and Flexible Chemiresistive-Based Methanol and NO2 SensorArticle