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    Effects of terroir on the terpene compounds of Muscat of Bornova Native white grape variety grown in Turkey
    (E D P Sciences, 2015) Celik, Zeynep Dilan; Karaoglan, Selin Yabaci; Darici, Merve; Kelebek, Haşim; Isci, Burcak; Kacar, Ege; Altindisli, Ahmet
    Muscat of Bornova is a white and aromatic native grape variety of Vitis vinifera which is largely predominant in the I. zmir-Manisa province of the Aegan region. In this study, the effect of three different terroirs (Kemaliye, Halilbeyli, Menderes) located in I. zmir-Manisa province and two different years (2013-2014) on the terpene compounds of Muscat of Bornova grapes were investigated. The terpene compounds were extracted by using liquid-liquid extraction method and identified and quantified by GC-MS-FID. In 2013 vintage eighteen terpene compounds were identified and quantified. The concentration of total terpene compounds in Muscat of Bornova grapes from Menderes determined 2.1 mg/l, in Halilbeyli 1.3 mg/l and in Kemaliye 1.7 mg/l. In 2014 vintage eighteen terpene compounds were identified and quantified. In 2014 a total concentration of terpene compounds decreased in grapes from Menderes and determined 1.8 mg/L, in Halilbeyli the results were the same as the first vintage and found 1.3 mg/l and in Kemaliye there was an increase with 2.6 mg/l. Among monoterpenes, linalool, a-terpineol, citronellol, nerol and geraniol show significant differences between different terroirs.
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    Reference Breast Phantoms for Low-Cost Microwave Imaging
    (Univ North, 2020) Aydin, Emine Avsar; Karaoglan, Selin Yabaci
    Microwave imaging provides an alternative method for breast cancer screening and the diagnosis of cerebrovascular accidents. Before a surgical operation, the performance of microwave imaging systems should be evaluated on anatomically detailed anthropomorphic phantoms. This paper puts forward the advances in the development of breast phantoms based on 3D printing structures filled with liquid solutions that mimic biological tissues in terms of complex permittivity in a wide microwave frequency band. In this paper; four different experimental scenarios were created, and measurements were performed, and although there are many vector network analyzers on the market, the miniVNA used in this study has been shown to have potential in many biomedical applications such as portable computer-based breast cancer detection studies. We especially investigated the reproducibility of a particular mixture and the ability of some mixes to mimic various breast tissues. Afterwards, the images similar to the experimentally created scenarios were obtained by implementing the inverse radon transform to the obtained data.