Download Name:​ Dr. Praveen Chandra Pandey Email: ​pcpandey.app

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Transcript
Name:​
Dr. Praveen Chandra Pandey Email: ​
pcpandey.app@iitbhu.ac.in​
Pcpandey98@gmail.com Area of Research Interest: ●
Unconventional Optical Fibers ●
Photonic Crystal Fibers and Resonators ●
Photonics & Optoelectronics ●
Photonic Band Gap materials​
and Metamaterials Research Project(s): ●
Analysis and Applications of Different Quasi­Periodic Photonic Band Gap Structures of Different Materials and Grading Profiles. DST, New Delhi (2011­2014) Position held: Associate Professor​
in Dept. of Physics, IIT(BHU) Presentaly th​
st​
Assistant Professor​
in Dept. of Physics, IIT(BHU) since 14​
Nov 2007 to 1​
Oct 2015 th
Lecturer in Dept of Physics, UIET, CSJM University Kanpur, (Since 5​
Nov 2005 to th​
13​
Nov 2007) st
Sr. Lecturer in Dept. of Physics, A K G, Engg. College Ghaziabad (Since 1​
Oct. 2005 rd​
to 3​
Nov. 2005). nd
Lecturer in Dept. of Physics, A K G, Engg. College Ghaziabad (Since 22​
Oct. 2001 to th​
30​
Sep. 2005) Membership of professional Academy and Society: 1. Life fellow Member of Optical Society of India ( No. L. 716) 2. Life member of International Academy of Physical Sciences, IAPS (​
N15279) 3. Member of INSTICC (No. 7812) Recent Publications 11.
12.
13.
14.
Modal dispersion characteristics of a single mode dielectric optical waveguide with a guiding region cross section bounded by two involuted spirals P.C.Pandey​
, A. Mishra and S.P.Ojha Progress in Electromagnetics Research, PIER (U.S.A.), Vol. 73, pp. 1­13 (2007), ISSN: 1559­8985 (Online) Large forbidden band in one­dimensional multi­layered structure containing exponentially graded materials P.C. Pandey​
, K.B. Thapa and S.P.Ojha Optics Communications (U.S.A.) Vol. 281, pp 1607–1614 (2008), ISSN: 0030­4018(print). Study of photonic band gap structure in three component Fibonacci multilayers R.K. Mishra and ​
P.C. Pandey Canadian Journal of Physics, 86(9), pp. 1071­1078 (2008), ISSN: 1208­6045(print) Effect of curvature of the boundary on the modal dispersion of a single mode dielectric waveguide of core cross section bounded by Involuted Spirals P.C.Pandey​
and S.P.Ojha Optik ­ International Journal for Light and Electron Optics,​
Vol. 120, pp 683­688 (2009), ISSN: 0030­4026(print). 15.
Omni­directional bands in one­dimensional multilayered structure containing exponentially graded materials K.B. Thapa, ​
P.C. Pandey,​
S.K. Singh and S.P.Ojha Journal of Modern Optics (U.S.A.), Vol. 56 pp 1309­1315 (2009), ISSN: 0950­4522(print) & 1362­3044(Online). 16.
Study of s­polarised photonic bandgap structure in three component optical Fibonacci superlattices coposed of nanoscale materials R.K. Mishra and ​
P.C. Pandey Solid State Communications (Elsevier) Vol. 149 pp 946­951 (2009), ​
ISSN: 0038­1098 17.
A complete band gap in one dimentional photonic crystal containing negative index material. Khem B. Thapa, ​
P.C. Pandey​
and Sarika Singh Optoelectronics and Advanced Materials­Rapid Communication (OAM­RC) Vol. 4 ISS 7 pp 909­915 (2010), ISSN: 1842­6573. 18.
Tunable characteristics of one dimensional magnetic photonic crystal composed with single­negative materials Khem B. Thapa, ​
Praveen C. Pandey, ​
Prabal P. Singh and S.P. Ojha Optik­International Journal for Light and Electron Optics 124, 6631­6635 (2013) 19.
An analytical study of modal dispersion characteristics of helically clad crystal­ cored optical fiber ​
A.K. Mishra,​
P.C. Pandey​
, D. Kumar, O.N. Singh II Optik­International Journal for Light and Electron Optics 124(17), 2661­2667 (2013) 20.
Optical Reflectance and Omnidirectional Bandgaps in Fibonacci Quasicrystals Type 1­D Multilayer Structures Containing Exponentially Graded Material. Bipin K. Singh, Khem B. Thapa, ​
Praveen C. Pandey Optics Communications (U.S.A) Vol 297 pp 65­73 (2013), ISSN: 0030­4018(print) 21. A study of optical reflectance and localization modes of 1­D Fibonacci photonic quasicrystals using different graded dielectric materials Bipin K. Singh, ​
Praveen C. Pandey Journal of Modern Optics (U.S.A.), Vol. 61, No. 11, 887–897, 2014 22.
Influence of graded index materials on the photonic localization in One­dimensional Quasiperiodic (Thue­Mosre and Double­Periodic) photonic crystals Bipin K. Singh, ​
Praveen C. Pandey Optics Communications (U.S.A), Vol. 333 pp 84–91, 2014. 23
Tunable Photonic Band­gaps in One­dimensional Photonic Crystals containing Linear Graded Index Material Bipin K Singh, Pawan K. Singh, ​
Praveen C Pandey Applied Physics B: Lasers and Optics, ​
117 (3), 947­956,​
​
2014 24
A novel design of photonic crystal fiber containing square holes in a square lattice with high dispersion tolerance, flattened dispersion and low effective mode area S. Tiwari, B.K. Singh, G.G. Soni and​
P.C. Pandey OPTOELECTRONICS AND ADVANCED MATERIALS – RAPID COMMUNICATIONS, Vol. 9, No. 3­4, p. 319 – 323, 2015 25
Photonic and Omni­directional band gap engineering in stack of exponential graded index material and negative index materials Singh, Bipin; Dikshit, Ashutosh; Thapa, Khem; Pandey, Praveen Bipin K. Singh, Ashutosh K Dikshit, Khem B Thapa, ​
Praveen C. Pandey Journal of Modern Optics (U.S.A.), Accepted (2015), In Press 
Document related concepts
no text concepts found
Similar