Abstract Searching for new, high-efficiency methods for dispersion of nanomaterial-based suspensions is an important task that is considered in this work. The criterion of efficiency is the minimum particle size achieved using one or another dispersion technology. The experimental results on the dispersion of nanosuspensions by the methods of ultrasonic and ultrajet treatments are discussed. Ultrajet dispersion is shown to be promising for deagglomeration of microparticles and for solving the problems of providing the required level of dispersion in suspensions. According to experimental data, ultrajet processing has a series of benefits.

中文翻译：

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Ultra-Jet 作为分散纳米悬浮液的工具

摘要 寻找新的、高效的纳米材料悬浮液分散方法是这项工作中考虑的一项重要任务。效率的标准是使用一种或另一种分散技术达到的最小粒径。讨论了通过超声和​​超喷射处理方法分散纳米悬浮液的实验结果。Ultrajet 分散被证明有希望用于微粒的解聚和解决在悬浮液中提供所需分散水平的问题。根据实验数据，Ultrajet 加工具有一系列好处。