APA

Dhull Nidhi Au.; Tomar Monika Gu, University of Delhi. Faculty of Science. Department of Physics and Astrophysics, . (2022). Realization of NiO thin film based electrochemical and microfluidies integrated electrolyte gate-FET biosensors for detection of cortisol and E. coli. : .

Chicago

Dhull Nidhi Au.; Tomar Monika Gu, University of Delhi. Faculty of Science. Department of Physics and Astrophysics, . 2022. Realization of NiO thin film based electrochemical and microfluidies integrated electrolyte gate-FET biosensors for detection of cortisol and E. coli. : .

Harvard

Dhull Nidhi Au.; Tomar Monika Gu, University of Delhi. Faculty of Science. Department of Physics and Astrophysics, . (2022). Realization of NiO thin film based electrochemical and microfluidies integrated electrolyte gate-FET biosensors for detection of cortisol and E. coli. : .

MLA

Dhull Nidhi Au.; Tomar Monika Gu, University of Delhi. Faculty of Science. Department of Physics and Astrophysics, . Realization of NiO thin film based electrochemical and microfluidies integrated electrolyte gate-FET biosensors for detection of cortisol and E. coli. : . 2022.