离子注入改性细菌纤维素膜表面的润湿性

I. Betlej, M. Barlak, J. Wilkowski, Z. Werner, J. Zagórski, Karolina Lipska, P. Boruszewski
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引用次数: 2

摘要

低能离子注入改性细菌纤维素膜的表面润湿性本文介绍了用离子注入法对纤维素表面润湿性进行改性的初步结果。以1e15和1e16 cm-2的影响注入惰性气体氦和氩两种离子,离子能量为60 keV。接触角值的测量表明,两种离子对改性纤维素疏水性的影响不同,但在所有情况下,植入纤维素的疏水性都有所增加。在实际研究的基础上补充了注入离子的深度分布和模拟峰的主要参数的模拟结果。
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Wettability of the surface of bacterial cellulose film modified with the ion implantation
Wettability of the surface of bacterial cellulose film modified with low energy ion implantation The paper presents the preliminary results of the modification on the water wettability of cellulose, using ion implantation method. Two kinds ions of the noble gases, i.e. helium and argon were implanted with fluences of 1e15 nand 1e16 cm-2, and with the ion energy of 60 keV. The measurements of the contact angle values show the different influence of both types ions on the hydrophobicity of the modified cellulose, but the hydrophobicity of implanted cellulose increases in all cases. The real investigations were supplemented with the modelling results of the depth profiles of the implanted ions and the main parameters of the modelled peaks.
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