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Опубликовано 2004-00-00 Организация* Department of Precision Instruments & Mechanology, Tsinghua University, Beijing 100084, China ** China R&D Center, Changsha Research Institute of Mining and Metallurgy, Hunan 410012, China *** China Department of Materials Science and Technology ЖурналЖурнал "Физика Твердого Тела"


Chemical mechanical modification of nanodiamond in aqueous system
Zhu Y.W., Shen X.Q., Wang B.C., Xu X.Y., Feng Z.J.
Zhu Y.W., Shen X.Q., Wang B.C., Xu X.Y., Feng Z.J. Chemical mechanical modification of nanodiamond in aqueous system // ФТТ, 2004, том 46, выпуск 4, Стр. 665
Аннотация The effect of Chemical Mechanical Modification (CMM) on the zeta-potential and size distribution of nanodiamonds was studied. Results show significant change in the functional groups on its surface after the CMM treatment by the anionic surface modifier DN-10. The amount of hydroxyl groups decreases and two peaks connected with the stretching vibration of carboxylate appear instead of those of carbonyl. The zeta-potential goes up significantly and the size drops to some extent. If treated further with CMM1, a new absorption peak 1382.19 cm-1 connected with the vibration of some distinctive functional groups which cause the increase in the zeta-potential and the decrease in size appears.

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