A Review Work on Reconstruction of ECG Wave from Fourier Harmonic Components. - Satish Chandra Bera; Rajan Sarkar; Nirupama Mandal (ICIIS, 2008)

Study of the Effect of Excitation Frequency on Electrode Polarization Impedance-Type Flow Transducer. - Satish Chandra Bera; Rajan Sarkar; Nirupama Mandal (IEEE Trans. Instrum. Meas., 2010)

Study of a Pressure Transmitter Using an Improved Inductance Bridge Network and Bourdon Tube as Transducer. - Satish Chandra Bera; Nirupama Mandal; Rajan Sarkar (IEEE Trans. Instrum. Meas., 2011)

Study of a Modified Differential Inductance Measurement Circuit as Position Transducer of a Power Cylinder. - Satish Chandra Bera; Rajan Sarkar; Madan Bhowmick (IEEE Trans. Instrum. Meas., 2012)

Design of a Flow Transmitter Using an Improved Inductance Bridge Network and Rotameter as Sensor. - Nirupama Mandal; Brajesh Kumar; Rajan Sarkar; Satish Chandra Bera (IEEE Trans. Instrum. Meas., 2014)

Design and implementation of a real time PC based flow indicating controller and optical transmitter. - Nirupama Mandal; Anamika Lata; Joyanta Kumar Roy; Rajan Sarkar (ICST, 2017)

Development of Electrode Polarization Impedance based Bubble Detection in Flow Channels. - Anamika Lata; Praveen Maurya; Anindya Ghosh; Rajan Sarkar; Nirupama Mandal (ICST, 2023)

Design and Analysis of SAW Sensor Using Different Substrate for DCM Gas Detection. - Rupesh Kumar; Nirupama Mandal; Debjani Mitra; Rajan Sarkar (ICST, 2024)

The Design and Development of a Multifunctional Measuring System for Liquid Level and Temperature. - Anamika Lata; Praveen Maurya; Sayyed Faizan Ali; Rajan Sarkar; Nirupama Mandal (IEEE Trans. Instrum. Meas., 2024)

Design and Development of IoT-Based Wireless Volumetric Flow Transmitter With Hemispheric Type Cup System. - Debyendu Chakroborty; Subhankar Singha; Bikas Mondal; Anamika Lata; Rajan Sarkar (IEEE Trans. Instrum. Meas., 2025)

Design and Evaluation of a Sensor Utilizing Electrode Polarization Impedance for Flow and Debris Detection. - Anamika Lata; Praveen Maurya; Nirupama Mandal; Rajan Sarkar (IEEE Trans. Instrum. Meas., 2025)