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Dr. Hardik Pathak
Dr. Hardik Pathak
Verified email at ces.iitd.ac.in
Title
Cited by
Cited by
Year
Numerical simulation of extinction spectra of plasmonically coupled nanospheres using discrete dipole approximation: influence of compositional asymmetry
S Roopak, N kumar Pathak, R Sharma, A Ji, H Pathak, RP Sharma
Plasmonics 11, 1603-1612, 2016
132016
Study of surface enhanced Raman scattering of single molecule adsorbed on the surface of metal nanogeometries: electrostatic approach
GK Pandey, NK Pathak, A Ji, H Pathak, RP Sharma
Plasmonics 11, 1343-1349, 2016
122016
Numerical simulation of plasmonic light trapping in thin-film Si solar cells: surface coverage effect
A Ji, R Sharma, H Pathak, NK Pathak, RP Sharma
Journal of Physics D: Applied Physics 48 (27), 275101, 2015
122015
Optical properties of metal subwavelength structures for realistic geometries in a dielectric matrix using DDA: an error analysis
H Pathak, A Ji, R Sharma, RP Sharma
Plasmonics 10, 783-789, 2015
72015
Broadband scattering with strong electric field coupling between metal nanostructures using DDA simulation: Role of different organic environments
H Pathak, NK Pathak, A Ji, S Roopak, GK Pandey, RP Sharma
IEEE Journal of Photovoltaics 6 (4), 940-951, 2016
52016
Analysis and comparison of dc-dc converter topologies for the design and development of a solar based inverterless system
J Joseph, RM Patel, HR Pathak
2018 Second International Conference on Electronics, Communication and …, 2018
42018
Resonant broadband field enhancement in cylindrical plasmonic structure surrounded by perovskite environment
H Pathak, A Ji, NK Pathak, RP Sharma
Plasmonics 12, 1511-1522, 2017
42017
Study of external quantum efficiency of plasmonic coupled bilayer active device: influence of layer thickness and nanoparticle filling factor
NK Pathak, H Pathak, GK Pandey, A Ji, RP Sharma
Applied Physics A 122, 1-8, 2016
42016
Numerical simulation of metal subwavelength nanogeometries in organic media using DDA technique: a coupled broadband resonant near electric field perspective
H Pathak, A Ji, NK Pathak, RP Sharma
Journal of Optics 46, 132-142, 2017
2017
Study of external quantum efficiency of plasmonic coupled bilayer active device: Influence of layer thickness and nanoparticle filling factor
RPS Nilesh Kumar Pathak, Hardik Pathak, Gyanendra Krishna Pandey, Alok Ji
Applied physics A 122, 8, 2016
2016
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Articles 1–10