» Educational Qualifications

• Bachelor`s Degree » Graduated in 2007

  Selcuk University / Department of Chemistry

• Master`s Degree » Graduated in 2010

  Master`s Degree Thesis;

  The search for novel materials for molecular electronics and optoelectronics has prompted scientists to focus their attention on chemically versatile organic molecules that can be easily synthesized, modified and handled. Recently, substituted and unsubstituted phthalocyanine derivatives have aroused great interest due to their potential application on nonlinear optics, photoelectrochemistry and gas sensors.In the context of this thesis, synthesing and characterizing of bridge dimeric phthalocyanine compound is aimed. First, phthalonitrile as starting materials of asymmetrical phthalocyanine compound used in the synthesis of dimeric phthalocyanine compounds were synthesized. For this purpose, 4,5-disiyano-N,N ? -ditosil-o-fenilendiamin (3), 4,5-bisdodesiloksiftalonitril (6) compounds were synthesized. Substituted asymmetrical nickel phthalocyanine (A3B) was synthesized from these p-toluensulfonilamido (B) and hekzilalkoksi (A).Synthesis of 2,3-bis-(amino)-9,10,16,17,23,24-hexa-(dodeciloxy) phthalocyaninato Ni (II) (10) which was one of the reactant of bridged dimeric phthalocyanine reaction was not obtained, therefore synthesis of bridged dimeric phthalocyanine containing alkyl substituent has been purposed. In an another study on dimerization, asymmetrical Pc was synthesised with commercially tertiary butylphthalonitrile (11) and 4,5-dicyano-N,N?-ditosyl-o-phenylendiamine (6). This asymmetrical phthalocyanine was put under detosylation reaction with sulfuric acid (95-97%) to remove tosyl groups. And finally bridged dimeric phthalocyanine (17) get obtained.Compounds have been characterized by elemental analysis, IR and UV-Vis, NMR and mass spectra.

• Doctoral Degree » Graduated in 2017

  Gebze Technical University, Department of Chemistry

  Doctoral Degree Thesis;

  Push-pull chromophores raise increasing interest as they found application in numerous fields and more especially for light harvesting purposes. Phthalocyanines are chromophores with outstanding properties (spectroscopic, electronic, etc.) and several push-pull derivatives of A3B type have been reported. To extend the range of available compounds, entirely novel type of push-pull derivatives have been designed, prepared and characterized in the framework of the PhD.

• Post-Doctoral Studies » Graduated in 2022

  Kocaeli University, Center for Stem Cell and Gene Therapies Research and Practice

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