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ademet@metu.edu.tr
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Department of Chemistry
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Kurşun selenyum kuantum nokta ve kurşun selenyum nanoçubuk temellı̇ nano heteroeklem güneş hücrelerı̇nı̇n gelı̇ştı̇rı̇lmesı̇
Asil Alptekin, Demet (2021-09-02)
Teorik sınırlarına ulaşan kristal silikon teknolojisi ile güneş enerjisinden daha etkin bir şekilde yararlanmak amacıyla üçüncü nesil güneş pilleri geliştirilmektedir [1]–[5]. Güneş hücrelerinin %33 teorik limitinin (S...
PbSe Nanorod Degree of Organization Dictated by the Ligand Structure
Asil Alptekin, Demet (2021-04-14)
ENHANCED PHOTOCURRENT IN MIXED HALIDE TREAT ED QUANTUM DOT SOLAR CELLS
Hacıefendioğlu, Tuğba; Asil Alptekin, Demet (2021-04-12)
Aspect ratio dependent air stability of PbSe nanorods and photovoltaic applications
Haciefendioglu, Tugba; Asil Alptekin, Demet (2021-01-01)
Development of unique strategies to overcome Shockley-Queisser (SQ) limit in solar cells has gained a great deal of interest. Multiple exciton generation (MEG) process has been considered as one of the best approaches to t...
DESIGN OF SURFACE PASSIVATION TECHNIQUES FOR PbTe QUANTUM DOTS AND APPLICATION TO PHOTOVOLTAIC DEVICES
Asil Alptekin, Demet; Solmaz, Taha Kerim; Erkan, Merve (2020-11-30)
A comprehensive approach for the instability of PbTe quantum dots and design of a combinatorial passivation strategy
Hacıefendioğlu, Tuğba; Solmaz, Taha K.; Erkan, Merve; Asil Alptekin, Demet (Elsevier BV, 2020-04-01)
Limited air stability circumvents the outstanding properties of the PbTe quantum dots (QDs) and hinders its utilization in the field of optoelectronics. In this respect, we present a detailed understanding on the instabili...
PbSe Nanorods for hybrid solar cells: Optimization of synthesis protocols and investigation of surface stability
Haciefendioglu, Tugba; Asil Alptekin, Demet (2018-11-05)
Multiple Exciton Generation (MEG) concept has been reported to be one of the most effective method to exceed 33% Shockley-Queisser theoretical limit. According to the recent reports, 2-D nanostructures are better alternati...
Design of PbTe Quantum Dot Surface Passivation Protocols: Aiming to Increase Stability and Efficiency of Photovoltaic Devices
Erkan, Merve; Hacıefendioğlu, Tuğba; Solmaz, Taha Kerim; Asil Alptekin, Demet (null; 2018-09-12)
Design of PbTe Quantum Dot Surface Passivation Protocols: Aiming to Increase Stability and Efficiency of Singlet Fission Sensitized Solar Cells
Asil Alptekin, Demet; Solmaz, Taha Kerim; Hacıefendioğlu, Tuğba (2018-07-04)
PbTe Kuantum Noktacıklarının Yüzey Pasivasyon Protokollerinin Tasarımı
Asil Alptekin, Demet (2017-10-05)
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