Department of Applied Physics | SSGI-FET Shri Shankaracharya Technical Campus
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  • Department of Applied Physics

Department of Applied Physics

Message by HoD

The Department of Applied Physics has been providing quality teaching, research and expert advice. Our academic and technical staff members are well equipped with the best qualifications and experience to meet the university's expectations. The department always strives to stay babreast of technology growth and development and recognizes the fact that learning is a multifaceted continuous process. The department has a number of excellent laboratories with advance facilities for teaching and research and also shares other facilities within the college.

There are several active research groups within the department, which have been producing a steady stream of research publications of international caliber and which maintain strong research collaborations with International Institutions. All staff members are highly committed and they work together to achieve a common goal: the development of students' mind and skills as well as providing a basis for their personal, social and cognitive development.

Future Targets and Planning

SHORT TERM GOAL

  • Developing new methodology of teaching.
  • Creation of practical skills and knowledge related environment around students, to give problem-oriented assignment and providing basic facilities and guidance.
  • Maintenance of the laboratory equipments, stock of chemicals to meet the requirements of the students.
  • Development of some projects in the department which may be useful for the students of 1st year at their level of skill and working.

LONG TERM GOAL

  • To develop critical & analytical abilities.
  • To motivate the students for extra-curricular activities.
  • To develop the ability to relate & use technical knowledge in real life situations.
  • Plan to run some Post-Graduate courses in the areas of Applied Physics, Nano-Science & Technology etc.
  • Accelerated Research & Development works in the department by our faculty members.
  • More Interaction/Collaboration with the scientists and institutions of national and international repute.

Vision

To become one of the premier department in the state and country delivering excellent professionals and research scholars from the institute and to create such an environment where faculty, staff and students can conduct result-oriented research and meet societal needs.

Faculty List

S.No. Name of Faculty Designation Qualification Experience Email ID No. of publications (Journals & Proceedings)
1 Dr. M.L. Verma Professor, HoD Ph.D., M.Sc. 20 yrs. drmohanlv@gmail.com 42 & 15
2 Dr (Ms) Mimi Akash Pateria Professor Ph.D., M.Sc. 19 yrs. dr.mimimukherjee@rediffmail.com 17 & 8
3 Dr. Devi Singh Raguwanshi Professor Ph.D., M.Sc. 17 yrs. dsraghu29@gmail.com 7 & 11
4 Dr. B Keshav Rao Assoc. Prof. Ph.D., M.Sc. 16 yrs. b.keshav26@gmail.com 13 & 14
5 Dr. Homendra Das Sahu Asst. Prof. Ph.D.,M.Sc. 16 yrs. homendrasahu@gmail.com 3 & 9
6 Dr. Manmeet Kaur Bhuie Assoc. Prof. Ph.D., M.Phil (Phy), M.Sc. 11 yrs. manmeet.bhuie@gmail.com 10 & 5

List of Supporting Staff

S.No. Name Post/ Designation Qualification Experience Contact No. Email ID
1 Mr. Santosh Kr. Pandey Lab. Technician B.Sc., B.Ed, M.Sc. (pursuing) 10 yrs 9907155951 Pandey77_sk@rediffmail.com
2 Mr.Chandra Sekhar Verma D.E.O. B.Com. 11 yrs 9981927698 cs_verma2000@rediffmail.com
3 Mr. Bhusketu Office Assist. 12th 12 yrs 8234071364 -

Area of Research

Dr. Mohan L Verma

  1. Nanocomposite Materials: Material Preparation and characterization studies and solid-state electrochemical device applications of crystal-crystal, crystal-glass and polymer nanocomposite electrolyte materials.
  2. Modeling: Modeling and evaluation of transport properties of some ionic/superionic solids by using space charge depolarization method. Modeling of electrochemical devices solid state batteries, super capacitors and sensors are also in progress. For statistical analysis and graphics 'MATLAB' package is used.
  3. Image processing of SEM/TEM Images: study of surface as well as internal structure of nanocomposite electrolyte systems by digital image processing of their SEM images. One Java based software Image J is being used.
  4. Electronic structure analysis: Electronic structure, energy band analysis of ionic/super-ionic solids and electronic/ionic conducting polymers, by using a computational program SIESTA, in which the density functional calculation is used. The pseudo-potential and plane wave based calculations are performed.
  5. Molecular mechanics and Molecular dynamic simulation of nano-composite for battery, supercapacitor, OLED, LEEC applications.

Dr. Mimi A Pateria

  1. Preparation, characterization and studies of electro-optical properties of some II-IV group semiconductor thin films.

Dr. Devi Singh Raghuwanshi

  1. II-IV Semiconductor, material preparation and characterization for Phosphor & Nanomaterial, inorganic & organic LEDTFEL and Photo voltaic Effect.

Dr. Homendara Sahu

  1. Study of transport properties and device applications of some polymer nanocomposite electrolyte systems.

Dr. B. Keshav Rao

  1. Study of nanocomposite and polymer nanocomposite electrolyte materials.
  2. Modeling: Modeling and evaluation of transport properties of some ionic/superionic solids by using space charge depolarization method. Modeling of electrochemical devices are also in progress. For statistical analysis and graphics 'MATLAB' package is used.
  3. Electronic structure analysis: Electronic structure, energy band analysis of ionic/super-ionic solids and electronic/ionic conducting polymers, by using a computational program SIESTA, in which the density functional calculation is used. The pseudo-potential and plane wave based calculations are performed.
  4. Study of molecular mechanics of nano-composite for battery, supercapacitor, OLED, LEEC applications etc.

Dr. Manmeet Kaur Bhuie

  1. Synthesis and study of optical properties of rare earth codoped Y2O¬3:Er+3 nanophosphors.

PhD Enrolled Students

S.No. Name of Candidate Supervisor & Co-Supervisor PhD Title Enrollment No. Year
1. Rachana Singh Dr. Mohan L Verma, HoD, SSGI Ab-initio modeling and performance study of light emitting electro chemical cells AM4361
2. Upma Studies on the electronic/ionic property of some polymetric biomaterials for medical applications: a density functional approach
3. Duga Verma Dr. R. P. Patel and Dr. Mohan L. Verma Studies on the optical properties of rare earth doped strontium silicate nanophosphors AM4358
4. D. Goverdhan Yadu Dr. Mimi A Pateria and Dr. Kusumanjali Deshmukh Investigations on semiconducting properties of silver sulphide thin film synthesized by chemical route
5. K. K. Pathak Preparation and characterization of chemically deposited rare earth doped nanocrystalline CdSe films AM4360
6. Sumita Sengupta Dr. Mimi A Pateria Electro-optical characterization of Cu InS2 films prepared by chemical bath deposition technique AM4362
7. Ajay Kumar Verma Dr. S. K. Dhagat and Dr. Mohan L. Verma Optimization of lamination parameters of a composite plate subjected to thermo-mechanical loading CSVTU,Bhilai, C.G. AC3007 2013
8. Achala Jain Dr. A.P. Huddar and Dr. D.S. Raghuwanshi Develpoment of Hybrid Optimization Technique for unit Commitment and Economic Dispatch Problem CSVTU,Bhilai, C.G. 2013

Projects Sponsored/Completed

  1. Dr. Mohan L. Verma, completed a mini project of 2 Lacs of Chhattisgarh Council of Science & Technology, Raipur, on Structural Characterization of Some Nanocomposite Electrolyte systems using digital image processing of SEM/TEM images, 2011.
  2. Prof. S. B. Srivastava, Dr. Mohan L. Verma and Dr. Mimi Mukherjee, MODROB sanctioned by AICTE (13 lacks) to upgrade research lab, 2010.

Software Used

Siesta 4.1, Siesta 3.0, Avogedro, Xcrysden, Molden, Origin and Matlab, Java based image for image processing, Molecular modeling software viz.

Lab Details:

(i) Optics Lab

S.No. Name of Experiment Determination
1 Fresnel’s Biprism Wavelength of  given Monochromatic light source
2 Newton’s Circular Fringes Wavelength of  given Monochromatic light source
3 Plane transmission Grating Wavelength of  main spectral line of mercury lamp
4 Laser light The value of Grating element
5 Optical Fibre Numerical Aperture of the given fibre cable and Banding loss
6 Spectrometer The Dispersive Power of Prism
7 Nodal Slide Focal length of the combination of two convergent lenses
8 Single Slit  Diffraction Wavelength of  given Laser light source
9 Telescope Resolving Power
10 Polarimeter Specific rotation of sugar solution
11 Michelson’s Interferometer Wavelength of  given Monochromatic light source

(ii) General Lab

S. No. Category Name of Experiment Finding
1 Electronic & Digital Electronic Semiconductor Energy band gap of given diode
2 Hall Effect Hall Coefficient of given Semiconductor
3 Logic gate To study the Boolean Algebraic theorem 
4 Four-point probe method Energy band gap of given semiconductor 
5 Mechanics Fly Wheel Moment of inertia
6 Capillary rise method Surface tension of water
7 Stoke’s method Coefficient of viscosity of glycerin
8 Jaeger’s method Surface tension of water
9 Poiseulle’s method Coefficient of viscosity of water
10 Bar Pendulum The value of "g" at laboratory
11 Sound Sonometer Frequency of A.C. main
12 Electron Ballistics J.J. Thomson’s (e/m) method The value of Specific charge of electron
13 Thermodynamics Lee’s Disc method Coefficient of thermal conductivity

Condensed Matter Research lab

(i) Material Preparation Lab

S.No. Preparation of Material Methods Name of Instruments Studies
1 Semiconductor Nanocrystalline films Thin films CBD Method Magnetic stirrer, Ultrasonics  ,Ball mill , Weighing  machine Weighing  machine ,Thermostatics water Bath Electro-optical
2 Nanophosphors Combustion Method Furnance, Weighing machine Thermoluminescence & Mechanoluminescence
3 Polymer Nanocomposite electrolytes Hot press technique Weighing machine, Hydraulic pressure Setup, Furnance Ionic transport properties

(ii) Measurement/Characterization Lab

S.No. Studies Materials Name of Instrument
1 Transport property Polymer Nanocomposite electrolytes LCR Meter, Conductivity measurement  setup, Storage CRO
2 Image Processing Nanocomposite electrolytes Image J software
3 Modeling of transport properties Nanocomposite electrolytes Matlab software
4 Electronic structural Ionic/Nanoionic Siesta 3.0-b software
5 Particle Size analyzer Nanoparticle CPS Disc Centrifuge DC-12000
6 Electro-optical Semiconductor Nanocrystalline Photoluminescence measurement setup, Photoconductivity measurement setup

Computational Nano-Ionics Research Lab (CNIRL)

In central India Computational Nano-Ionics Research Lab (CNIRL) of the Department of Applied Physics, SSTC-SSGI has taken an initiative to work ahead in this field. The lab involved in sophisticated materials modeling, it is the first computing lab in the central India. This lab is collaborated with Prof. Ravindra Pandey (Chair, Department of Physics, Michigan Technological University (MTU), USA). At present many quantum chemistry based software are being used in the lab viz. SIESTA, Transieta, Gollum etc. visualization and plotting tools viz. XCrySDen, Molden, Avogadro, Gnuplot, ATK, Xmgrace & Jmol etc.

Internet Facility:  24*7 Wi-fi Facility

List of Publications

S.No. Faculty Name Conference/Journal/Seminar/Training/Book chapter National/International Title Venue Date
1. Dr. Mohan L. Verma Journal International First Principal Approach to Study the Structural, Electronic and Transport Properties of Dimer Chitosan with Graphene, J of Electronic Materials, 48:4007–4016 2019
2. Journal national First Principle Study of Breaking Energy and Mechanical Strength of Kevlar-29, Bulletin Of Materials Science, 42:76 2019
3. Journal International Structural and Optical Properties of Dy3+ Doped Sr2SiO4 phosphors, Materials Science- Poland,37:55-64 2019
4. Journal International Structural, electronic and transport properties of X 3 SnC (X= Cr/Mn/Cu) electrodes-first principle approach, J. of Ionics,24:2681-2688 2018
5. Journal International First principle study of PEO-AgI polymer systems, J. Chemical Physics Letters, 679:176–180 2017
6. Journal International Ab initio study of ionic nature of 0.75AgI:0.25AgCl, J. Solid State Ionics, 310:56-61 2017
7. Journal International Study on ionic conductivity and dielectric properties of PEO based solid nanocomposite polymer electrolytes, J. of Ionics, 23:2339-2350 2017
8. Journal International First principle studies on electronic structure and charge density of potato starch, J. Ionics, 23(10):2881–2886 2017
9. Journal International Ab initio study ofmechanical strength of solid polymer electrolyte (PEO) 5 LiClO 4 , J. Ionics, 23(10):2715–2720 2017
10. Journal International Modeling of space charge dielectric constant, J. Ionics, DOI 10.1007/s11581-016-1955-z 2017
11. Journal International Modeling of ionic charge density, Chemical Physics, 478:87-90 2016
12. Journal International First principle study of 0.75AgI:0.25AgCl: A density functional approach, J.Chemical Physics Letters, 661:157–160, 2016 2016
13. Journal International Electron transport in zigzag silicon and silicon mono-oxide Nanoribbons :Ab initio study, Research Journal of Physical Sciences, 4(5):1-7 2016
14. Journal International Ionic conductivity and dielectric behavior of PEO-based silver ion conducting nanocomposite polymer electrolytes, J. of Ionics, DOI 10.1007/s11581-015-1517-9 2015
15. Journal International Capacitor with PEO/Activated Carbon Based Electrode and Nano-composited Polymer as Electrolyte, Applied Science and Advanced Materials International Vol. 1 (4-5) 2015
16. Journal International Shape dependent structural and electronic properties of ZnO nanostructures, Advanced science letters 21(a), 2677-2680 2015
17. Journal International First principle study of structural, electronic and magnetic properties of silicon doped zigzag boron nitride nanoribbon, Eur. Phys. J. B. 88:79 2015
18. Journal International Ionic mobility of (0.9)[0.75AgI:0.25AgCl]: 0.1SiO2 in space charge depolarization, Journal of Ionics, DOI 10.1007/s11581-014-1344-4, 2015
19. Journal International A first principle study of electronic structure of ZnO nanoribbon, IJAERS, 4: 294-295 2015
20. Journal International Ab initio studies on electronic structure and charge density of potato starch, IJAERS, 4: 291-293 2015 2015
21. Journal International Preparation of Eu-activated Sr2SiO4 phosphor by a combustion method and its optical properties, IJAERS, 4:271-272 2015
22. Journal National Ionic conductivity and morpholoty study of hot pressed nano-composite polymer electrolyte, CSVTU research journal (in press) 2015
23. Journal International Structural and electrochemical properties of nanocomposite polymer electrolyte for electrochemical devices, Industrial Engineering Chemistry Research, 53: 14993-15001 2014
24. Journal International Synthesis and Characterization of Solid Polymer Electrolyte based on Activated Carbon for Solid State Capacitor, Electrochemical Acta, 137: 497–503 2014
25. Journal International Modeling of ionic diffusion by space charge depolarization, International Journal of Ionics 20: 697-701 2014
26. Journal National A density functional approach for the conductivity, CSVTU research journal 6: 13-16 2013
27. Journal National Modeling of ionic charge current density, CSVTU research journal 6: 17-20 2013
28. Journal National AC impedance spectroscopic of nano size Al2O3 Filler in PEO : AgI polymer electrolyte, Material Science Research India 9(1):139-146 2012
29. Journal National AC Impedance Analysis on PEO:AgI Polymer Electrolyte for Capacitor Application, CSVTU Research Journal 5: 22-26 2012
30. Journal International Ultrabattery, fuel cell and supercapacitor based HEV a comparative study of performance, International Journal of Theoretical and Applied Physics 2: 113-124 2012
31. Journal International Modeling of Ag+ mobility in AgI by space charge depolarization process, International Journal of Ionics 17: 323-329 2011
32. Journal International Structural and morphological characterization of Ag+ ion conducting nanocomposite polymer electrolyte membrane(1-x) [70 PEO:30 Ag2SO4]:x Fe2O3 by hot press technique, International journal of Pure and Applied Physics 7: 7-12 2011
33. Journal National Investigation on solid polymer electrolyte (SPE) membrane of composition [(1-x) PEO: x AgCl] prepared by hot press technique, Material Science Research India 2011
34. Journal International Ion transport properties and morphological characterization studies of a hot pressed synthesized polymer nanocomposite electrolyte membrane (1-x) [70PEO:30AgCl]:xFe2O3, International Journal of polymer and Technology 2011
35. Journal International Ionic transport properties and characterization studies on Ag+ ion conducting polymeric nanocomposite electrolyte membrane (1-x) [70PEO:30AgCl]:xTiO2 prepared by hot press technique, Advances in Polymer Science and Technology: An International Journal 1: 10-13 2011
36. Journal International Characterization study of hot-press-synthesized electro active polymeric membranes by image processing, International Journal of Nanotechnology and Applications 5: 161-171 2011
37. Journal International Study of membrane morphology of SEM image of polymer nanocomposite membrane by digital Image processing, International Journal of Engg. Science and Technology 1: 1332-1336 2011
38. Journal International Space Charge Depolarization of Wurtzite or Zinc Blend Structured Silver Iodide: Modeling of Preliminary Studies, Radiation effects & Defects in solids 161: 225-233 2006
39. Journal International Characterization of basic transport parameters in a new fast Ag+ ion conducting composite electrolyte system: (1-x) [0.75Agl:0.25AgCI]: xZr02, Solid State Ionics 473: 136-137 2000
40. Journal National Studies on persistent - polarization I memory-type effect in Ag+ ion conducting quenched [0.75Agl: 0.25AgCI] mixed system/solid solution India, J. Pure and Appl. Phy. 37: 334 1999
41. Journal National Polarization/self-depolarization studies on Ag+ ion conducting quenched [0.75Agl: 0.25AgCI] mixed system /solid solution, Indian J. Pure and App. Phy. 37: 235 1999
42. Journal International Study of ionic transport properties on a new Ag+ ion conducting composite electrolyte system (1-x)[0.75Agl: 0.25AgCI]: xSi02, J. Phy. D. 31: 2854 1998
43. Journal International Studies of polarization/self-depolarization and electrets type behavior in Agl, International Journal of Ionics 4: 33 1998
44. Book Chapter International Modeling of space charge ionic conduction in 2 phase nano composite electrolytes, in Solid State Ionics : Fundamental Researches and Technological Applications, eds B.V.R.Chowdari et al. World Scientific, Singapore 423-430 2010
45. Book Chapter International Seeking the possibility of quantum transport in ionic/superionic solids", Solid State Ionics: Fundamental Researches and Technological Applications, eds B.V.R.Chowdari et al. World Scientific, Singapore 431-438 2010
46. Book Chapter International Studies on correlation between dielectric properties and ionic conductivity of Fe2O3 dispersed PEO based nanocomposite electrolyte", Solid State Ionics : Fundamental Researches and Technological Applications, eds B.V.R.Chowdari et al. World Scientific, Singapore 2010
47. Book Chapter International Novel model of hybrid electric vehicle based on solar energy induced ultrabattery", Solid State Ionics : Fundamental Researches and Technological Applications, eds B.V.R.Chowdari et al. World Scientific, Singapore. 1139-1145 2010
48. Book Chapter International Modeling of Space Charge Density in Some Nanocomposite Solid Electrolyte" in Solid State Ionics : New materials for pollution free energy devices eds B.V.R.Chowdari et al. World Scientific, Singapore 531-536 2008
49. Book Chapter International Modeling and Determination of Space Charge Dielectric Constant of Nanocomposite Electrolyte 0.9[0.75 AgI : 0.25 AgCl]:SiO2", Solid State Ionics : New materials for pollution free energy devices eds B.V.R.Chowdari et al. World Scientific, Singapore 525-530 2008
50. Book Chapter International Structural Characterization of Ionic Materials Applying Digital Image Processing of SEM/TEM Image : A novel Approach", Solid State Ionics : New materials for pollution free energy devices eds B.V.R.Chowdari et al. World Scientific, Singapore 417-421 2008
51. Book Chapter International Supercapacitors for hybrid electric vehicles: A survey and modeling of new control structure in New materials for pollution free energy devices eds B. V. R. Chowdari et al. 831-836 2008
52. Book Chapter National Thermoelectric power and battery discharge characteristic studies of a new silver ion conducting composite electrolyte (1-x) [0.75Agl:0.25AgCI]:xZrO2, Fast Ion Conductors (ed) A.R. Kulkarni, Narosa Publications New Delhi 220. [ISBN No. 8173194017, 9788173194016] 2001
53. Book Chapter International Thermoelectric power and battery discharge characteristic studies of a new silver ion conducting composite electrolyte, Solid State Ionics - Science and Technology (eds) B. V. R. Chowdary et al. World Scientific, Singapore 465. [book chapter ISBN No : 9810237634, 9789810237639] 1998
54. Book Chapter International Estimation of mobile ion concentration in some silver ion conducting solid electrolyte systems by dc polarization/depolarization studies."Solid State Ionics - Science and Technology (eds) B. V. R. Chowdary et al. World Scientific, Singapore 127. [book chapter ISBN No: 9810237634, 9789810237639] 1998
55. Conference National Carbon based polymer electrode for solid state energy storage devices 2015
56. Conference National Impedance spectroscopy study of PEO based nano-composite polymer electrolyte processed with magnetic filed 2015
57. Conference International The First Principle Study of 0.75AgI:0.25AgCl: A Density Functional Approach, All India Conference on Sustainable Product Development, CSIT, Durg, pp 8.9, 24-25 April 2015
58. Conference National Density functional theory: how useful for electrolytic systems 2015
59. Conference National Fist principal study of PPV-PEO-LiClO4 in the context of light emitting electrochemical cell 2015
60. Conference National First principle studies on structural and electronic properties of PEO5-LiI 2015
61. Conference National Modeling of a transport properties of a nano-composite material, proceedings of National Conference on recent trends in physics of solids, Excellent publishing house, eds. K.V.R. Murthy et al. pp. 59-63 2011
62. Conference National Structural characterization of nano- crystalline CdS by digital image processing in the proceeding of International conference of Interdisciplinary approach in physical sciences : growing trends and recent advances, Guru Ghansidas University Bilaspur (Chhattisgarh) India 2008
63. Conference National Modeling of Space Charge Density in Nanocomposite Solid Electrolyte 0.9AgCl:0.1SiO2, proceeding of International conference on interdisciplinary approach in physical sciences: Growing trends and recent advances, Guru Ghansidas University Bilaspur (Chhattisgarh) India 2008
64. Conference National Electro-optical studies of chemically deposited Lanthanum/Neodymium doped (Cd-Pb)S films", proceedings of National Conference on Physics of Nano Structured Functional Materials 78-82 2007
65. Conference National Modeling and evaluation of Ag+ diffusion in nanocomposite electrolyte 0.9AgI:0,1SiO2", proceedings of National Conference on Physics of Nano Structured Functional Materials 52-56 2007
66. Conference National Modeling and Determination of drift mobility of Ag+ in 0.75 AgI:0.25AgCl", proceeding of National Conference on Physics of Nano Structured Functional Materials 72-76 2007
67. Conference National A preliminary modeling of space charge dielectric constant of nanocomposite [0.9Agl :0.1 Si02] modeling, proceeding of National conference in recent trends in material science (RTMS06), North Maharastra University, Jalgaon (MS) 2006
68. Conference National A preliminary modeling of ionic drift mobility of a nanocomposite 0.9 AgI:Si02, Advances in Electronic Materials & Devices [AEMD-006] held at Guru Ghasidas University, P.K. Bajpai et al (eds) New Delhi, India 2006
69. Conference National Photoconductivity and nanoparticle studies of some chemically deposited CdS & (Cd-Pb)S films, Advances in Electronic Materials & Devices" [AEMD - 2006] held at Guru Ghasidas University, P. K. Bajpai et al. (eds) New Delhi, India 2006
70. Conference National Discharge characteristic study on solid-state battery using composite electrolyte system 0.8 [0.25Agl: 0.25AgCI]:0.2Fe2O3, Proc. of the 7th Int. symposium in Advances in Electrochemical science and Technology ISAEST –VII, Chennai India 174-177 2002
1. Dr. Mimi A. Pateria Journal International Comparative Study of Optical and Electrical Properties of CdSe:Sm and CdSe:Nd Nanocrystalline Thin Film, Research Journal of Engineering and Technology, in press 2019
2. Journal International Chemical Bath Deposited Cuins2 Thin Films and Their Characterization, IJSRSET, in press 2019
3. Journal International Optical Properties of CuInS2 Thin Film by Chemical Bath,International Journal of Engineering Technology, Management and Applied Sciences, in press 2019
4. Journal International Effect of Sm concentration on optical and electrical properties of CdSe nanocrystalline thin film, Materials Science Poland (MSP-01661-2017- 02) 2019
5. Journal International Comparative study of optical and electrical properties of CdSe:Sm and CdSe:Nd nanocrystalline thin film, Research Journal of Engineering and Technology, 9:67- 69 2018
6. Journal International Structural and morphological studies of Sm doped and un-doped CuInS2 ncnocrystalline films with chalcopyrite-wurtzite polytypism,12:475-479 structure,Optoelectronics and advanced materials – Rapid communications 2018
7. Journal International Effect of Doping of Rare Earth Element Sm on CuInS2 Films Synthesized by CBD Method and Characterization,International Journal of Research in Advent Technology,6:2321-9637 2018
8. Journal International Optical and electrical properties of neodymium doped cadmium selenide nanocrystalline thin film, International Journal for Research in Applied Science & Engineering Technology, 5:795- 798 2017
9. Journal International Effect of thioglycerol capping on morphology and structure of chemically deposited CdS:NaF,La films Recent Research in Science and Technology, 4:55-57 2012
10. Journal International Structural and optical studies on La doped CdS nanocrystalline films. Turkish Journal of Physics, 35 1-13 2011
11. Journal International Study on Nanocrystalline properties of chemically deposited Pr doped CdS films Romania 2010
12. Journal International Space charge Depolarization of Wurtzite  or Znic Blend Structured Silver Inodide, J.of Radition effects & Defects in Solids USA 2006
13. Journal International Photoconductive proper ties of some chemically deposited(Cd-Pb)S films, J. of Radition effects & Defects in Solids USA 2003
14. Journal International Effect of CdCl2 on the photoconductivity of chemically deposited neodymium doped(Cd-Pb)S Films, J. of optical Materials Holland 2003
15. Journal International Electro-Otical studies in chemically deposited La/Nd doped (Cd-Pb)S Films, J. of Material Science USA 2002
16. Journal International Photoconductivity of chemically deposited La/Nd doped (Cd-Pb)S films, J of Radition effects & Defects in Solids 2002
17. Journal National Electro-Otical studies in chemically deposited Sm/Pr doped (Cd-Pb)S films, J. of Pure and Applied Phy. Delhi 2001
18. Book chapter National Photoconductivity and nanoparticle  studies of some chemically deposited CdS &(Cd-Pb)S films, Advances in Electronic Materials and Devices New Delhi GGU,Bilaspur 2006
19. Book chapter National A preliminary modeling of ionic drift mobility of a nanocomposite  0.9AgI:SiO2,Advances in Electronic Materials and Devices New Delhi GGU,Bilaspur 2006
20. Conference National Structural and morphological investigations of some (Cd-Pb)S nanocrystalline films suitable for photovoltaic applications. URJA 2015, at VYT. PG.College, Durg, C.G. (in press) 2015
21. Conference National Optical properties of CdSe nanocrystalline thin film, National Conference on Recent Advances in Physics (NCRAP-2015), held at  Sant Guru Ghasidas Government Post Graduate College Kurud Dist-Dhamtari (C.G.) 2015
22. Conference National Characterization of chemically synthesized nano-rystalline CdS Films,ISRS IIT,Madras 2008
23. Conference National Structural characterization of nano-crystalline CdS  by digital image processing, ICIAPS 2008
24. Conference National A preliminary modeling of space charge dielectric constant of nanocomposite [0.9AgI:0.1 SiO2] GGU,Bilaspur 2008
25. Conference National Modeling and evaluation of Ag+ diffusion in nanocomposite  electrolyte 0.9AgI:0.1 SiO2, Maharasta University, Jalgaon 2008
26. Workshop National National workshop on nanoscience and nanotechnology, MPCCET,  Kohka kurud 2012
1. Dr. D.S.Raghuwanshi Journal International Effect of temperature on the brightness of ZnS:Tm thin film electroluminescenc e devices, I. J. Engineering and Advanced Scieces, 1(2):57-58 2016
2. Journal National Theoretical study of infra-red laser indused mechanoluminescence in alkali halide crystals, J. Pure Appl.& Ind. Phys, 2:71-74 2012
3. Journal National Laser induced elastico mechanoluminescence of SrAl2O4:Eu phosphor, Recent Research in Science and Technology, 4:138-140 2012
4. Journal National Theoretical Approach to laser Induced Anti-Stokes Luminescence of Er3+ ions, Journal of Applied Science Periodical, 16 2012
5. Journal National Theoretical approach to laser induced cleavage mechanoluminescence in luminophors, Journal of Material Science Research, 8:345-347 2011
6. Journal National Mechanoluminescence  Studies of Phosphorescent Crystals by Loading Technique,NCLA-2009 2009
7. Journal National Temperature dependence of anti-stokes luminescence in ZBLAN:Pr3+ ,Indian Journal of  Pure & Applied physics 41 2003
8. Conference National Persistence Photoluminescence of Rare Earth Doped SrAlO4 Nano-Phosphors, Bangalore, on Jan 8-10 2013
9. Conference National Theoretical Study Of Elastico Mechanoluminescence of SrAl2O4:Eu nanophosphor, Govt. Autonomous P. G. College, Chhindwara (M. P.), on March 04-06 2013
10. Conference International Kinematics of Laser Stimulated Thermo luminescence of Solids, in the proceeding of the international conference, at Hyderabad on Feb.7-10 2012
11. Conference International Triboluminescence produced in Fracture of Solid, Rajmagala University of Technology, Thanyaburi, Thailand on Dec.09-13 2012
12. Workshop International International workshop on Advanced Material Science And astrophysics (IWAMA 2012) 2012
13. Conference National kinematics of laser stimulated thermo luminescence of solid Interaction Between Traditional And Modern Technology 2012
14. Conference National Synthesis of Intense Mechanoluminescence Rare Earth Doped Strontium Aluminate Nanophosphors NCRANT-09 2009
15. Conference National Effect of temperature on ZnS:Sm, TFELD with MgF2 dielectric layers, Techno-Vision 2009
16. Conference National Effect of temperature on the brightness of ZnS:Sm, TFEL NCLA-2005 2005
17. Conference International Theoretical approach to rightness A.C.TFEL, ICLA, BARC 2004
18. Conference National Synthesis of opto-Electronics materials for TFEL display Devices, NSNSM-2002 2002
19. Conference National Electro luminescence of  CaS : Cu ,Eu  and CaS : Cu ,Er Phosphors, NSLA-2002 2002
20. FDPs National QIP-STC "Essentials of Nanoscience and Nanotechnology", IIT, Roorkee, Uttarakhand, on Feb.18-22 2013
21. FDPs National Refresher Course on Research Methodology in Basics Science, at Academic Staff of College, Pt. R.S. University, Raipur(C.G.), on June 1-21 2013
1. Dr. B. Keshav Rao Journal National First Principle Study of Breaking Energy and Mechanical Strength of Kevlar-29, Bulletin Of Materials Science, 42:76 2019
2. Journal International Structural, electronic and transport properties of X 3 SnC (X= Cr/Mn/Cu) electrodes-first principle approach, J. of Ionics,24:2681-2688 2018
3. Journal International Ab initio study of ionic nature of 0.75AgI:0.25AgCl, J. Solid State Ionics, 310:56-61 2017
4. Journal International Study on ionic conductivity and dielectric properties of PEO based solid nanocomposite polymer electrolytes, J. of Ionics, 23:2339- 2350 2017
5. Journal International First principle studies on electronic structure and charge density of potato starch, J. Ionics, 23(10):2881–2886 2017
6. Journal International Ab initio study of mechanical strength of solid polymer electrolyte (PEO) 5 LiClO 4 , J. Ionics, 23(10):2715–2720 2017
7. Journal International Modeling of space charge dielectric constant, J. Ionics, DOI 10.1007/s11581- 016-1955-z 2016
8. Journal International Modeling of ionic charge density, Chemical Physics, 478:87-90 2016
9. Journal International First principle study of 0.75AgI:0.25AgCl: A density functional approach, J. Chemical Physics Letters, 661:157–160, 2016 2016
10. Journal International Ionic Mobility of (0.9)[0.75AgI:0.25AgCl]: 0.1SiO2 in Space Charge Depolarization, Journal of Ionics, 21(3): 611-616 2015
11. Journal International Modeling of ionic diffusion by space charge depolarization, International Journal of Ionics DOI 10.1007/s11581-013-1015-x 2013
12. Journal International Modeling of Ag+ mobility in AgI by space charge depolarization process, International Journal of Ionics 17: 323-329. 2011
13. Journal National A density functional approach for the conductivity, CSVTU research journal 6: 13-16 2013
14. Journal National Modeling of ionic charge current density, CSVTU research journal 6: 17-20 2013
15. Conference National The First Principle Study of 0.75AgI:0.25AgCl: A Density Functional Approach, All India Conference on Sustainable Product Development, CSIT, Durg, pp 8-9 2011
16. Conference International Electrical and electrochemical behavior on nano-composite polymer electrolyte (NCPE) membrances: (1-x)(PEO70:AgI30)(1-x):xTiO2 for capacitor application, Third International Conference on Polymer and Characterization, at Mahatma Gandhi University, Kottayam, 11-13 Oct 2010
17. Conference International First principle study of light emitting electrochemical cell, Third International Conference on Polymer and Characterization, at Mahatma Gandhi University, Kottayam, 11-13 Oct 2010
18. Conference National Modeling of a transport properties of a nano-composite material, Proceedings of National Conference on Recent Trends in Physics of Solids, Excellent Publishing House, eds. K.V.R. Murthy et al. pp. 59-63 2008
19. Conference International Modeling of space charge ionic conduction in 2 phase nano composite electrolytes", SSI Fundamental Researches and Technological Applications, eds. B.V.R.Chowdari et al. pp. 423-430 2008
20. Conference International Seeking the possibility of quantum transport in ionic/superionic solids, SSI Fundamental Researches and Technological Applications, eds. B.V.R.Chowdari et al. pp. 431-438. 2008
21. Conference International Modeling of Space Charge Density in Some Nanocomposite Solid Electrolyte" in New materials for pollution free energy devices eds. B.V.R.Chowdari et al. pp. 531-536 2008
22. Conference International Modeling and Determination of Space Charge Dielectric Constant of Nanocomposite Electrolyte 0.9[0.75 AgI : 0.25 AgCl]:SiO2" in New materials for pollution free energy devices eds. B.V.R.Chowdari et al. pp. 525-530 2007
23. Conference International Structural Characterization of Ionic Materials Applying Digital Image Processing of SEM/TEM Image : A novel Approach" in New materials for pollution free energy devices eds. B.V.R.Chowdari et al. pp. 417-421 2007
24. Conference International Modeling of Space Charge Density in Nanocomposite Solid Electrolyte 0.9AgCl:0.1SiO2" in the proceeding of International Conference of Interdisciplinary approach in Physical Sciences : Growing trends and recent advances, at Guru Ghasidas University Bilaspur (Chhattisgarh) India 2007
25. Conference National A preliminary modeling of space charge dielectric constant of nanocomposite 0.9AgI:0.1SiO2, Published in the abstract of 5th Chhattisgarh Young Scientist Congress at CSVTU, pp 52 2006
26. Conference National Trap modulated Mobility of Ag+ ions in 0.9AgI:0.1SiO2: Modeling and Determination at room temperature in the proceedings of National Conference on Advances in Electronic Materials and Devices (AEMDO7) Bilaspur 2017
27. Conference National Modeling and evaluation of Ag+ diffusion in nanocomposite electrolyte 0.9AgI:0,1SiO2 Published in the proceeding of National Conference on Physics of Nano Structured Functional Materials, at Bhilai Institute of Technology Conference, pp 52-56 2017
28. Conference National Advances in Electronic Materials & Devices" [AEMD - 006] held at Guru Ghasidas University, "A preliminary modeling of ionic drift mobility of a nanocomposite 0.9 AgI:Si02" Published in book Advances in Electronic Materials and Devices eds. P.K. Bajpai, H.S. Tiwari & A. Khaskalam, Anamaya, Publishes New Delhi, India 2015
1. Mr. Homendra Sahu Journal Internation Study on ionic conductivity and dielectric properties of PEO based solid nanocomposite polymer electrolytes, J. of Ionics, 23:2339-2350 2017
2. Journal International Ab initio study of mechanical strength of solid polymer electrolyte (PEO) 5 LiClO 4 , J. Ionics, 23(10):2715–2720 2017
3. Journal Internation Study on ionic conductivity and dielectric properties of PEO based solid nanocomposite polymer electrolytes, J. of Ionics, 23:2339- 2350 2015
4. Conference National Carbon based polymer electrode for solid state energy storage devices 2010
5. Conference National Impedance spectroscopy study of PEO based nano-composite polymer electrolyte processed with magnetic filed 2010
6. Conference International The First Principle Study of 0.75AgI:0.25AgCl: A Density Functional Approach, All India Conference on Sustainable Product Development, CSIT, Durg, pp 8.9, 24-25 April 2009
7. Conference International Studies on correlation between dielectric properties and ionic conductivity of Fe2O3 dispersed PEO based nanocomposite electrolyte, eds. B.V.R.Chowdari et al. 2009
8. Conference International Seeking the possibility of quantum transport in ionic/superionic solids", SSI Fundamental Researches and Technological Applications, eds. B.V.R.Chowdari et al. pp. 431-438 2008
9. Conference National Preparation of nanocomposite electrolyte systems by novel experimental technique, NCRANN 2008
10. Conference National Morphological & structural characterization of hot press synthesized electroactive  polymeric membrane 70PEO:30[0.7(0.75 AgI:0.25AgCl):0.3RbI],by image processing ,NCSSI Recent Trends in Material Science 2016
11. Conference International Modeling and Determination of Space Charge Dielectric Constant of Nanocomposite Electrolyte 0.9[0.75 AgI : 0.25 AgCl]:SiO2" in New materials for pollution free energy devices eds. B.V.R.Chowdari et al. pp. 525-530 2016
12. Conference International A survey and modeling of new  control structure, published in the proceeding, eds. B.V.R.Chowdari et al. 2015
1. Ms. Manmeet Kaur Bhuie Journal International SEM,XRD and Photoluminescence Behaviour Erbium Doped Calcium Silicate Phosphor,IJRECE,6:1766-70 2018
2. Journal International Synthesis and Thermoluminescence property of Green Emitting Tb3+ Activated Calsium Silicate Phospher,JARDCS, in press 2018
3. Journal International Luminescence Property of Erbium Dopped Calcium Silicate Phospher Prepared by Combustion Reaction Method, JARDCS, in press 2018
4. Journal International Comperative Analysis of Luminescence Property of Tb3+ and Er3+ Activated Calcium Silicate Phospher,IJCSE,6(10):108-114 2018
5. Journal International Photoluminescence properties of rare earth doped (Er + , Yb +3 ) Y 2 O 3 nanophosphors by combustion synthesis method; Luminescence: J. of Biological and Chemical Luminescence 31(3):728-737. 2016
6. Journal International Investigation of thermoluminescence characteristics of Y 2 O 3 :Er 3+ nanophosphors: Radiation Protection Dosimetry, DOI:10.1093/rpd/ncw, 14:1-9 2016
7. Journal International Morhological and structural studies on erbium (Er3+) and ytterbium (Yb3+) doped yttrium oxide nanophosphors prepared by combustion synthesis method, Journal of Engineering Computers and Applied Science, 3:25-28 2015
8. Journal International Photoluminescence Properties of rare earth doped (Er3+. Yb3+)Y2O3 nanophosphors by combustion synthesis METHOD: Luminescence: the journal of biological and chemical luminescence, DOI 10.1002/bio.3017 2015
9. Journal National Thermoluminescence property of Y2O3:Yb3+ doped nanophosphors: CSVTU Journal of Advanced Material Engineering,,2: 41-48. 2013
10. Journal National Thermoluminescence property of Y2O3:Yb3+ doped nanophosphors: CSVTU Journal of Advanced Material Engineering, 7, 65-70 2012
11. Conference National Studies on photoluminescence parameters of erbium doped Y2O3 nanophosphors" was presented at National seminar on nanomaterials: synthesis and application (NSNSA 2013) at Govt. autonomous post Graduate College Chhindwara (M.P.) 2012
12. Conference National Studies on thermoluminescence parameter of erbium doped Y2O3 nanophosphors, Recent Research in Science and Technology, 4:80-81 2008
13. Workshop National One day awareness programme on "The intellectual Rights" 2009
14. Workshop National National workshop on nanoscience and nanotechnology 2008
15. Conference National Optical property of ZnS nanoparticle capped with sodium hexa meta phosphate(BITCON) -
16. Conference National Absorption Spectra of SHMP passivated  nanoparticles -
17. Conference National Studies on the optical absorption spectra of SHMP passivated  ZnS Nanoparticles -

Workshop: Organized in last two years;

  1. Workshop On Materials Modeling for Device Applications, Feb. 18-23, 2019
  2. Dr. D.S. Raghuwanshi, Workshop on Developing India with Exploring Science at the occasion of National Science Day, on 27-28 Feb. 2016

Contact

Mohan L Verma
(Dr. Mohan L Verma)
Professor & Head
Department of Applied Physics
FET, SSGI, Shri Shankaracharya Technical Campus
Junwani, Bhilai (Chhattisgarh) INDIA 490020
Email : drmohanlv@gmail.com, drmohanlv@sstc.ac.in

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