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My personal information |
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I-Sudip Kumar Batabyal
My Father - Debdas Batabyal
My Mother - Basanti Batabyal
I have three sisters and two brothers- Rupali Batabyal (bardi), Siuli Batabyal (mejdi) Mousumi Batabyal(chordi) and Pradip Batabyal (barda) Sandip batabyal (BULET)
My Adderess - Bhaktabandh, Keshiara, Bankura, W.B, India.
Contract Address- Sudip Batabyal, SSP, I. A. C. S, Kolkata-700 032, W.B., India.
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My Education |
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Primary: From my village primary school Bhaktaband Nimna Buniadi Vidyalya
(Up to class IV) |
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Secondary:-Up to Class VIII my school was Ukradihi Junior High School then I passed secondary exam (1989) from Amarkanan Deshbondhu Vidyalya. |
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Higher Secondary:- From Bankura Christian College in 1991. |
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Graduation: From Bankura christian College Under University of Burdwan with Physics hon's (1994). |
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Masters :- From St columbus College (Hazaribagh) under Vinoba Bhabe University (Hazaribag) with Physics the main subjects and Electronics as special in 1999. |
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National scholership in Class VIII
GATE 2000
JEST 2000
NET (CSIR fellowship) 2000 december
NET (CSIR fellowship) 2001 jully |
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My awards |
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Best oral presentation Awards at "International Conference on Nano materials: Synthesis, Characterization and Application" November 4-6, 2004 , Kolkata, India. |
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Present Position and Research Experience |
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Working as senior research fellow in Solid State Physics Department ( in collaboration with Polymer science Unit)of Indian Association for the Cultivation of Science on synthesis and characterisation of some novel nanomaterials under the guidence of Prof. Chitra Basu since March 2001. |
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Research Interest |
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Synthesis of nanostructured materials mainly emphasis on colloidal chemical aproach, Solvothermal aproach, solid state pyrolisis, Sol-gel technique, Glass nanocomposite.
Self assembly of nanostructure into different hierarchical structure by the templating action of differnt organic and inorganic compounds.
Functionalisation of carbonnanotubes (CNT), Carbonnantube composite materials.
Polymer nanocomposite, developing new properties by generating interaction of nanostructur with polymer matrics.
Developing organic�inorganic hybrid nanostructured devices for memory application, solar cell, rectifying circuit
Material characterization by XRD, FTIR, SEM, TEM, EDXA, DSC, DTA-TGA, DMA
Optical and Electrical characterization by absorption and emission Spectroscopy, reflectance and transmission spectroscopy, current-voltage, impedance Spectroscopy, Thermoelectric properties, Magnetoresistance, Temperature variation of electrical properties |
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