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Dr  Hajar Ghanbari

Dr Hajar Ghanbari

Office Number: ۰۲۱۷۳۲۲۸۸۲۳
Mobile Number: ۰۹۱۲۳۵۹۲۳۸۲
Properties Fields of Interest Offered Courses
Academic Rank Assitant Professor 2D materials Electric and optical properties of ceramics
School Name Metallurgy and Materials Engineering Nanomaterials Advanced Processing of Ceramic Materials
Position Electroceramics Principles of Ceramics Processing

Student under Supervision

Series Student Name Student Degree Title of Project Co-Supervisor(s)
1 Atie Bashiri MSc Investigation on the processing parameters in the synthesis of AlN nanoparticles through mechanical alloying Seyed Mohammad Mir Kazemi
2 Mona Roshan MSc Investigation on the synthesis parameters of TiN in the two-step approach of mechanical alloying and heat treatment Hossein Sarpoolaky
3 Maedeh Nooriha Najafabadi MSc Graphene-based Nanocomposite synthesis for the removal of organic pollution of water Rahim Naghizadeh

Selected Papers

Year Journal Title Article Title Authors
2019 CERAMICS INTERNATIONAL Graphene nanosheets production using liquid-phase exfoliation of pre-milled graphite in dimethylformamide and structural defects evaluation Hajar Ghanbari, Mohamad Shafikhani, Mohammad Daryalal
2018 CERAMICS INTERNATIONAL Developing seedless growth of atomically thin semiconductor layers Application to transition metal dichalcogenides Saeed Sovizi , Mohammad Reza Rahmani Taji Boyuk, Hajar Ghanbari, Abdolreza Simchi, Neda Aboudzadeh
2018 ACS Applied Materials and Interfaces Mechanochemical Green Synthesis of Exfoliated Edge-Functionalized Boron Nitride Quantum Dots Application to Vitamin C Sensing through Hybridization with Gold Electrodes Shayan Angizi, Amir Hatamie, Hajar Ghanbari, Abdolreza Arash Simchi
2019 JOURNAL OF MATERIALS SCIENCE and TECHNOLOGY High-quality liquid phase-pulsed laser ablation graphene synthesis by flexible graphite exfoliation Mansoureh Jalili, Hajar Ghanbari, S Moemen Bellah, Rasoul Malekfar
2019 CERAMICS INTERNATIONAL Graphene nanosheets production using liquid-phase exfoliation of pre-milled graphite in dimethylformamide and structural defects evaluation Hajar Ghanbari, Mohamad Shafikhani, Mohammad Daryalal