Prof. Rajan Jha

Publications

Rajan Jha,Kalipada Chatterjee ,Pratik Mishra, and Hemant Kumar, “An Optical System For Physiological Activity Monitoring.”, Application no. 202231014885.

Rajan Jha, Hemant Kumar, and Pratik Mishra, “Reconfigurable Optical Interferometer Based Wearable, Skin Mountable, and Multifunctional Flexible Sensor System”, Application no. 202131053181.

Rajan Jha, Venugopal Arumuru, Kalipada Chatterjee, and Subrat Sahu, “Optical System and Method for Active Modulation of Optical Signals.” Application number 202131047683

Rajan Jha, Venugopal Arumuru and Kalipada Chatterjee, “A System and Method for Multipoint Sensing”, Application number 202031053901.

Rajan Jha, Venugopal Arumuru and Dhrubraj Dora, “A modal interferometer based system to improve performance of vortex flowmeter and a method thereof”, Application no.  201831019721.

Rajan Jha and Jitendra Naryan Dash, “Fabrication process for tuning the major and minor axis of Inline Fiber Micro Air Cavity on demand”, Application no. 201731009380.

Rajan Jha and Sumit Dass, “Optical fiber microphone/hydrophone based on cascaded single mode fiber tapers”, Application no. 201731014677.

Rajan Jha, Jitendra Narayan Dash and Sumit Dass, “Micro-g accelerometer based on solid core photonic crystal fiber modal interferometer”, Application no. 201631016588,
Rajan Jha,Kalipada Chatterjee ,Pratik Mishra, and Hemant Kumar, “An Optical System For Physiological Activity Monitoring.”, Application no. 202231014885.
Rajan Jha, Hemant Kumar, and Pratik Mishra, “Reconfigurable Optical Interferometer Based Wearable, Skin Mountable, and Multifunctional Flexible Sensor System”, Application no. 202131053181.
Rajan Jha, Venugopal Arumuru, Kalipada Chatterjee, and Subrat Sahu, “Optical System and Method for Active Modulation of Optical Signals.” Application number 202131047683
Rajan Jha, Venugopal Arumuru and Kalipada Chatterjee, “A System and Method for Multipoint Sensing”, Application number 202031053901.
Rajan Jha, Venugopal Arumuru and Dhrubraj Dora, “A modal interferometer based system to improve performance of vortex flowmeter and a method thereof”, Application no.  201831019721.
Rajan Jha and Jitendra Naryan Dash, “Fabrication process for tuning the major and minor axis of Inline Fiber Micro Air Cavity on demand”, Application no. 201731009380.
Rajan Jha and Sumit Dass, “Optical fiber microphone/hydrophone based on cascaded single mode fiber tapers”, Application no. 201731014677.
Rajan Jha, Jitendra Narayan Dash and Sumit Dass, “Micro-g accelerometer based on solid core photonic crystal fiber modal interferometer”, Application no. 201631016588,