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Yong Liu et al.
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V. Leon et al.
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Shweta Kumari et al.
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Eui-Hyun Kong et al.
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Bogdan Kuchta et al.
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Saber Ahmed et al.
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S. Malato et al.
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Y Yu et al.
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Size and phonon-confinement effects on low-frequency Raman mode of anatase TiO2 nanocrystal
KR Zhu et al.
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T Bezrodna et al.
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S Kohtani et al.
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NH Ince et al.
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WF Zhang et al.
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