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DOI :
10.3791/56074-v
•
9:35 min
December 25th, 2017
Chapters
0:05
Title
0:44
Nanopowder Dispersion in an Aqueous Medium with an Ultrasonic Probe
3:14
Nanopowder Dispersion in an Aqueous Medium with an Ultrasonic Bath
4:39
Sample Characterization
7:04
Results: Dispersion of Hydrophilic and Hydrophobic Zinc Oxide Nanomaterials in Aqueous-based Media
8:42
Conclusion
在这里, 我们提出了逐步协议的纳米材料在水介质中的分散性 real-time 表征, 以确定最佳超声条件, 强度和持续时间, 以提高稳定性和均匀性纳米颗粒不影响样品完整性的分散体。
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