Claim profile
Picture
Full Name
Çağıran, Özge Balcı
Variants
Cagiran, Ozge Balci
Balci, Ozge
Balcı, Özge
Balci-Cagiran, Ozg
Balcı-Çağıran, Özge
Balci-cagiran, Oezge
Balci, Özge
Balci-Çagiran, Özge
Balci, Ö.
Balcı, Ö.
Balçi, Ö.
Balci, O.
BalcI, Özge
Balci-cagiran, Ozge
Balci, Ozge
Balcı, Özge
Balci-Cagiran, Ozg
Balcı-Çağıran, Özge
Balci-cagiran, Oezge
Balci, Özge
Balci-Çagiran, Özge
Balci, Ö.
Balcı, Ö.
Balçi, Ö.
Balci, O.
BalcI, Özge
Balci-cagiran, Ozge
Main Affiliation
Email
ozgebalci@iyte.edu.tr
ORCID
Link to Google Profile
Researcher ID
Semantic Scholar ID
2156334103
Scopus Author ID
Link to YOK Profile
Personal Site
Interests
Bor tabanlı ileri malzemeler ve uygulamaları
İnorganik toz sentez ve karakterizasyonu
Çok fonksiyonlu nanopartiküllerin sentez ve uygulamaları
Bor tabanlı nanokatalizörler
Metal ve seramik matrisli mikro ve nano-kompozit malzemelerin geliştirilmesi
Toz metalurjisi
Proses teknolojileri
Boron – based advanced materials and applications
Synthesis and characterization of inorganic powders
Synthesis and applications of functional nanoparticles
Boron–based nanocatalysts
Development of metal and ceramic matrix micro- and nano-composite materials
Powder metallurgy
Process technology
İnorganik toz sentez ve karakterizasyonu
Çok fonksiyonlu nanopartiküllerin sentez ve uygulamaları
Bor tabanlı nanokatalizörler
Metal ve seramik matrisli mikro ve nano-kompozit malzemelerin geliştirilmesi
Toz metalurjisi
Proses teknolojileri
Boron – based advanced materials and applications
Synthesis and characterization of inorganic powders
Synthesis and applications of functional nanoparticles
Boron–based nanocatalysts
Development of metal and ceramic matrix micro- and nano-composite materials
Powder metallurgy
Process technology
Loading...
2
0
20
0
false
Loading...
3
0
20
0
false
Starting Date
25-03-2024
CV
Country
Turkey
Status
Current Staff
Publications
(Articles)
Results 1-1 of 1 (Search time: 0.003 seconds).
| Issue Date | Title | Author(s) | |
|---|---|---|---|
| 1 | 2024 | Bioavailability Assessment of the Novel Gsh-Functionalized Feb Nanoparticles Via Oxidative Stress and Trace Element Metabolism in Vitro: Promising Tools for Biomedical Applications | Aydemir, Duygu; Aribuga, Dilara; Hashemkhani, Mahshid; Acar, Havva Yagci; Çağıran, Özge Balcı ; Ulusu, Nuriye Nuray |