Email

pravymon@gmail.com, praveen@programmer.net

Mobile

Tel:999 5600 679

publications/presentations

 

Publications

1.   Praveen, T., Shiju, K., & Predeep, P. (2015). Influence of plasma treatment on Indium Tin Oxide electrodes.
Microelectronic Engineering, 131, 8–12. doi:10.1016/j.mee.2014.10.020

2. T. Praveen and P.Predeep, Conductivity, work function and light absorption properties of PEDOT : PSS films treated with silver nanoparticles,
Technol. Lett., vol. 2, no. 3, pp. 19–29, 2015.

 

 3. Praveen, T., & Predeep, P. (2014). Impedance Spectroscopic Studies on Natural Rubber-TiO2 Nanocomposite.
Advanced Materials Research, 938, 204–209.doi:10.4028/www.scientific.net/AMR.938.204

4.  El Jouad, Z., Louarn, G., Praveen, T., Predeep, P., Cattin, L., Bernède, J.C., Morsli, M. (2014).
Improved electron collection in fullerene via caesium iodide or carbonate by means of annealing in inverted organic solar cells.
Europian Journal of Physics (EPJ) Photovoltaics, (50401), 50401p1–50401p8. doi:10.1051/epjpv/2014003


5.    T. Praveen, K. Shiju, and P. Predeep, Green synthesis and characterization of silver nanoparticle using Aloe barbadensis,
American Institute of Physics. Proc,  vol. 1620, no. 592, pp. 592–595, 2014.

 

6.     T. Praveen, K. Shiju, and P. Predeep, “Enhanced optical and electrical properties of PEDOT:PSS/Gold nanocomposite system,”
American Institute of Physics. Proc., vol. 1620, no. 587, pp. 587–591, 2014.

 

7.      K. Shiju, T. Praveen, and P. Predeep, “Elastomeric organic material for switching application,”
American Institute of Physics. Proc, vol. 1620, no. 206, pp. 206–212, 2014.

 

8.      T. Praveen, K. Shiju, N. M. Faseena, and J. Manuvel, “Evaluation of density of states for a polyisoprene based organic semiconductor,”
American Institute of Physics. Proc., vol. 365, no. 1536, pp. 365–367, 2013.

 

9.      K. Shiju, T. Praveen, J. Aneesh, and J. Manuvel, “Organic field effect transistor with conductivity enhanced PEDOT : PSS composite electrodes,”
American Institute of Physics. Proc, vol. 1536, no. 1139, pp. 1139–1140, 2013.

 

10.  T. Praveen, K. Shiju, and P. Predeep, “Enhancement of Optoelectronic Properties of Transparent Conducting Polymer , PEDOT : PSS by Silver Nanostructuring,”
Proc. of 26th Kerala Science Congress, 2014, pp. 2019–2025.

 

11.  K. Shiju, T. Praveen, and P.Predeep, “Natural Rubber in Electronics: Organic Transistors with Natural Rubber,”
Proc. of 26th Kerala Science Congress,, 2014, pp. 1820–1826.

 

12.  T. Praveen, and P. Predeep, “A Viability study of natural rubber based schottky diodes in electronic applications,”
Proc. of 24th Swadeshi Science Congress, 2014, pp. 585–589.

 

13. F. Martinez, L. Cattin, S. Dabos-seignon, P. Predeep, T. Praveen, J. Manuvel, et al., “Classical or inverted photovoltaic cells: On the importance of the morphology of the organic layers on their power conversion efficiency”,
Dye. Pigment. 132 (2016) 185–197.
DOI:
10.1016/j.dyepig.2016.04.050.

Presentaions

                   1. T. Praveen K. Shiju, K. Sandhya  and  P. Predeep “Schottky diode from  natural rubber

                   Paper presented, WRAMS 2013, National Conference held at payyannur college, Kerala

                   2.      K.Shiju, T. Praveen and P.Predeep “Horizontal field effect mobility on Doped Elastomeric Thin Film Organic Field Effect Transistor

                        Paper presented, WRAMS 2013, National Conference held at payyannur college, Kerala

                  3.      T. Praveen , K.Shiju,  and  P.Predeep “Organic Thin Film Diode from Natural Rubber” 

                               Paper presented, International Conference on Thin Films & Applications (ICTFA-2013),Sastra University, Tamil Nadu

                   4.      K.Shiju, T. Praveen  and  P.Predeep “Characterisation of Elastomeric Thin Film Organic Field Effect Transistor” 

                                Paper presented, International Conference on Thin Films & Applications (ICTFA-2013), Sastra University, Tamil Nadu

                  5.     T. Praveen, Jayan Manuvel, Shiju K. and P.Predeep 

                             “A low cost, flexible organic Schottky diode based on charge transfer complexes of semiconducting natural rubber”

                              Paper presented, An innovative and Futuristic Approaches in Science & Technology-iFAST, MANIT, Bhopal

                   6.      Jayan Manuvel, T.Praveen,  Shiju K. and P.Predeep “Development of cost effective green organic semiconductors from natural rubber (cis 1,4                    polyisoprene)”

                               Paper presented, An innovative and Futuristic Approaches in Science & Technology-iFAST, MANIT, Bhopal

                   7.      T.Praveen, Jayan Manuvel, Shiju K. and P.Predeep “Green and sustainable organic field effect transistors (OFETs) from Natural rubber”

                               Paper presented, An innovative and Futuristic Approaches in Science & Technology-iFAST, MANIT, Bhopal