İrem Kolay

E-mail

kirem@metu.edu.tr

Department

Department of Chemistry

ORCID

0000-0001-9950-517X

Web of Science Researcher ID

ABA-1061-2020

Solar cells based on PbSe nanorod-quantum dot heterostructures: Multiple exciton generation with record photo conversion efficiencies Kolay, İrem; Asil Alptekin, Demet (2023-08-17) Multiple-exciton generation (MEG) process has critical importance due to its high potential in increasing photocurrent and theoretical photoconversion efficiency (PCE) of the solar cells beyond the theoretical limits. In t...
PbSe nanorod-quantum dot bulk nano-heterojunction solar cells generating multiple excitons with record photo conversion efficiencies Kolay, İrem; Asil Alptekin, Demet (2023-06-01) Multi-exciton-generation (MEG) process is critical due to its potential to push solar cell photoconversion efficiencies (PCEs) beyond theoretical limits. However, cells with this feature are rare, as the demonstration of t...
Kurşun Selenyum Kuantum Nokta ve Nanoçubuk Temelli Güneş Hücrelerinde Şeffaf ZnO Elektron İletim Tabakasının Optimizasyonu aydın, firdevs; Asil Alptekin, Demet; Kolay, İrem; Balıkoğlu, Bensu (2021-10-28)
Kurşun Selenyum Nano çubuk Temelli Nano Heteroeklem Güneş Hücreleri: Delik Taşıma Katmanının Cihaz Performansına Etkisi Kolay, İrem; Asil Alptekin, Demet (2021-10-28)
KURŞUN SELENYUM KUANTUM NOKTA VE KURŞUN SELENYUM NANOÇUBUK TEMELLİ NANO HETEROEKLEM GÜNEŞ HÜCRELERİNİN GELİŞTİRİLMESİ Kolay, İrem; Asil Alptekin, Demet (2021-09-02)
Enhanced photocurrent in PbSe nanorod-quantum dot bulk nano-heterojunction solar cells Hacıefendioğlu, Tuğba; Balıkoğlu, Bensu; Aydın, Firdevs; Kolay, İrem; Öztürk, İbrahim; Asil, Demet (2021-01-01) Owing to their remarkable multiple exciton generation (MEG) yield, PbSe nanorods (NRs) have been considered as one of the most promising materials to overcome the Shockley–Queisser limit. Unfortunately, assessing the direc...

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