Observational study of F spectral type high proper motion stars
2014
0 views
0 downloads
Advisor: Prof. Dr. Nuri Ünal ; Doç. Dr. Timur Şahin
Abstract (EN)
In this study, chemical abundance analysis of high resolution echelle spectra obtained in 3900 – 6800 Å region for F-type high proper motion dwarf stars, namely, HD 102870, BD +20 3603, BD +25 1981, BD +42 3607, HD 3567, HD 6755, HD 84937 from the ELODIE stellar library, has been performed. Under the framework of the thesis, in a sample of 54 stars in total in the library, mostly metal-poor 7 program stars with relatively high proper motions are chosen for the analysis. In order to reveal their physical nature and to put forth any possible relationship between their computed Galactic space velocities and chemical compositions, kinematics computations have been performed and their Galactic orbital parameters have been obtained in order for their Galactic population membership status to be determined.
Author
Dr. Selçuk Oktay Solakcı
How to Cite
Selçuk Oktay Solakcı (Master Thesis). Observational study of F spectral type high proper motion stars, 2014, Akdeniz University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Akdeniz University
- Numerical investigation of the notch effect in interference fit connections(2023)
- Proje tabanlı öğrenimin İngilizce hazırlık sınıfı öğrencilerinin konuşma yeterlilikleri ve iletişim kurma istekleri üzerine etkisi(2025)
- The purpose of present study was to determine the levels of situational anxiety caused by the pressure of the competitive situations exposed to by child athletes and to objectively evaluate the parameters of Heart Rate Variability (HRV) and state anxiety accompanying the change in emotional state.(2022)
- The formation of Medieval Islamic economic thought within the scope of East-West interaction(2024)
- A cost comparison of rubble mound breakwater with breakwater covered by antifer block(2018)
- A research on the flora of Boz Musa Mountain (Korkuteli/Antalya)(2024)
