Investigation of luminescence properties of some metal borate compounds
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
In this compilation thesis study, we examined the scientific studies on the luminescence properties of metal borate compounds, especially in some crystalline and amorphous forms, by considering the articles published in recent years. We talked about the general history of luminescence and briefly summarized the theoretical knowledge in the literature on luminescence in this thesis. We classified the luminescence types according to the energy sources used and gave information about them. Considering the studies on rare earth element-doped borate compounds, we can see the scientific studies on the crystalline and amorphous structures of compounds with the formula MMeR(BO3)2 (the symbols M, Me and R are alkali metals, alkaline earth metals and rare earth elements, respectively) and their luminescence properties. We tried to explain the studies in detail in this thesis.
Author
Fatih Özdemir
How to Cite
Fatih Özdemir (Master Thesis). Investigation of luminescence properties of some metal borate compounds, 2024, Balıkesir University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Balıkesir University
- The effect of personality traits and mood of hotel managers on their ethical decision making(2023)
- The importance of marketing communication in medical tourism marketing(2023)
- The effects of person-environment fit on job satisfaction and task performance according to personality traits and values: An evaluation in terms of person-job, person-supervisor, person-work group and person-organization fit(2023)
- Moderating role of soft power factors on the effect of country image on travel intent to Turkey: The China market(2023)
- The effect of personality characteristics on the relationship between travel motivations with consumer touristic product preferences: A research on gen Z(2023)
- Purification of paraoxonase enzyme by hydrophobic interaction technique and investigation of its affinity to certain compounds(2023)