Follow
Chandra Sekhar Mishra
Chandra Sekhar Mishra
GITA Autonomous Engineering college,Bhubaneswar
Verified email at gita.edu.in - Homepage
Title
Cited by
Cited by
Year
Temperature and pressure effect on GaN waveguide at 428.71 terahertz frequency for sensing application
CS Mishra, G Palai
Optik 126 (23), 4685-4687, 2015
282015
Realization of ‘non-linear invisibility cloak’using meta-material
RK Dash, SK Sahu, CS Mishra, K Sethi, G Palai, S Sahu
Optik 127 (20), 9635-9639, 2016
262016
Manipulating light with porous silicon for investigation of porosity using finite difference time domain method
CS Mishra, G Palai
Optik 127 (3), 1195-1197, 2016
262016
Analysis of reflected frequency band of metamaterial grating at THz frequency: a future application of filter
SK Sahu, S Sahu, CS Mishra, G Palai
Optik 127 (10), 4547-4550, 2016
222016
Simulation studies for reflected light of polymer waveguide for realisation of temperature
CS Mishra, G Palai
Optik 126 (23), 3656-3658, 2015
222015
PWE approach to optical thyristor for investigation of doping concentration
A Panda, CS Mishra, G Palai
Optik 127 (11), 4831-4833, 2016
172016
FDTD approach to photonic based angular waveguide for wide range of sensing application
CS Mishra, A Nayyar, S Kumar, B Mahapatra, G Palai
Optik 176, 56-59, 2019
162019
Optical nonlinearity in germanium and silicon semiconductor vis-a-vis temperature and wavelengths for sensing application
CS Mishra, G Palai
Optik 137, 37-44, 2017
142017
L-shape Si-waveguide for THz-communication
CS Mishra, A Nayyar, G Suseendran, G Palai
Optik 178, 509-512, 2019
102019
Analysis of HLB pass filter using silicon photonics structure
CS Mishra, G Palai, D Prakash, SK Tripathy, KD Verma
Optik 144, 522-527, 2017
92017
Bandgap Analysis of Quasi Bandgap Semiconductor Using FDTD Technique
CS Mishra, KK Sethi, G Palai
Journal of Microelectronics and Solid State Devices 2 (2), 1-4, 2015
62015
Realisation of pressure sensor using germanium-based photonic structure
CS Mishra, MR Nayak, SK Sahu, G Palai
Optoelectronics and advanced materials-rapid communications 15 (September …, 2021
52021
A new-fangled high dimensional waveguide for multiple sensing applications using finite difference time domain method
SK Mohanty, G Palai, U Bhanja, CS Mishra
Optik 172, 861-865, 2018
52018
Measurement of sucrose concentration using optical metamaterial structure via FDTD technique
S Gaan, SR Mondal, S Sivaranjani, CS Mishra, SK Behera, G Palai
IETE Journal of Research 68 (6), 4673-4678, 2022
42022
Towards a Highly Sensitive Pressure Sensor Using an Infrared (IR) Laser and a Two-dimensional (2-D) Photonic Crystal Waveguide
CS Mishra, S Das, MR Nayak, PD Pukhrambam, A Panda, G Palai
Lasers in Engineering 53 (1-2), p. 105-119, 2022
32022
A proposal for a Giga Pascal pressure sensor using one dimensional photonic waveguide at 850/1310/1550 nm signal
CS Mishra, SR Mondal, R Arunachalam, MR Nayak, SK Tripathy, G Palai
Optical and Quantum Electronics 55 (1), 33, 2023
22023
Realization of attenuator and amplifier using photonic crystal fiber
CS Mishra, R Arunachalam, C Nayak, MR Nayak, SK Sahu, G Palai
Silicon, 1-6, 2022
22022
Design and analysis of L shape photonic waveguide for realisation of power amplifier application
CS Mishra
Optical Materials 127, 112298, 2022
22022
Waves in metamaterials
SP Mohanty, A Dutta, SK Sahu, KK Sethi, CS Mishra, SK Sahoo, G Palai
AIP Conference Proceedings 1832 (1), 2017
22017
Studies on Reflectance-Temperature characteristics of AlGaN semiconductor at three communication windows
SP Mohanty, CS Mishra, SK Sahoo, G Palai
IOP Conference Series: Materials Science and Engineering 798 (1), 012019, 2020
12020
The system can't perform the operation now. Try again later.
Articles 1–20