International Science Community Association Research Journal of Recent Sciences 2277 - 2502 3 9 2014 September 2 Growth, structural and opto-electrical studies of glycine doped malic acid crystal for nonlinear applications 47 51 EN Yasrebdoost Hadi 1 Management Dept, Tabriz Branch, Islamic, Azad University, Tabriz, IRAN SarbazyMoghadam Saeid 2 SalmaGhassem Bagloo 3 Hassanpoor Davood 1 Department of Accounting, Faculty of Management and Accounting, Gilan Science and Research Branch, Islamic Azad University, Gilan, IRAN Pourali MohammadReza 2 Ghatge N.S. 1 Pravara Rural Education Society’s; Home Science and BCA College, Loni. Taluka -Rahata, District-Ahmednagar, Gujarat, INDIA Ashraf Muhammad 1 Department of Computer Science, Federal Urdu University of Arts, Sciences and Technology, Karachi, PAKISTAN Sarim Muhammad 2 Shaikh AbdulBasit 3 Sheikh KashifRaffat 4 Nadeem Adnan 5 Ahsan Kamran 6 Siddiq Muhammad 7 FazlollahZarepour Nasirabadi 1 Department of Public Management, Azad University of Kerman, Kerman, IRAN Vahedi Elham 2 Department of Executive Master of Business Administration,Alborz, IRAN Mahdi Vahedi 3 Department of Industrial Management, Islamic Azad University, Firoozkooh, IRAN Eshaghali Azizi 1 Department of Studies in Education, University of Mysore, Mysore, Karnataka, INDIA Mehri Basnas 1 University of Tabriz (Phd), Bahman Blvd, Tabriz, IRAN Anis Mohd 1 Crystal Growth Laboratory, Department of Physics, Milliya Arts Science and Management Science College, Beed-431122, Maharashtra, INDIA > Research Paper 2013 10 29 2014 September 2 The present communication reports impact on structural, optical and dielectric properties of optically active glycine doped malic acid crystal. The grown crystal was subjected to powder XRD, UV-Vis studies, FT-IR analysis and SEM characterizations. The structure and surface morphology has been examined by powder XRD and SEM analysis. The UV-Vis studies revealed high transparency and cut off was found to be 361 nm imperative to evaluate the electronic band structure and optical properties. The grown crystal inherits wide band gap, low susceptibility and high optical conductivity eminent for optical device fabrication. The lower dielectric characteristics were ascertained from dielectric studies. The imprints of glycine were evaluated by FTIR analysis. Copyright@ International Science Community Association