基于摩擦管的高浓度纳米气泡生成
Generation of high concentration nanobubbles based on friction tubes
AI总结：
本研究通过水与壁面摩擦机制开发了一种管状装置，实现了低功耗、实时大批量生产高浓度、小粒径纳米气泡，为工业应用提供了技术路径。
摘要：
纳米气泡相关技术已被证实在气候变化、环境以及水基产业（如水净化、农作物、园艺、医疗、生物和灭菌）等多个领域中具有应用价值。然而，目前尚未开发出能够实时大批量生产以将纳米气泡应用于工业的方法。我们探究了通过水与壁面之间的摩擦生成纳米气泡水的机制，并开发了一种应用流道形状的管状装置，以最大化流体通过流道时的摩擦力。此外，还介绍了实时、低功耗大批量生产纳米气泡的案例及其技术实用性。我们发现，仅靠纳米管的摩擦即可轻松、快速地实现小粒径纳米气泡的实时增产；通过在增大有效摩擦常数的同时提高剪切压力，可以使纳米气泡的粒径更小，同时提高颗粒浓度。
英文摘要：
Nanobubble-related technologies have been confirmed to be useful in various fields such as climate change and the environment as well as water-based industries such as water purification, crops, horticulture, medical care, bio, and sterilization. However, a method of mass production in real time enough to apply nano-bubbles to the industry has not yet been developed. We explored the mechanism of nano-bubble water generation by friction between water and walls and developed a tube device applying the shape of the flow path to maximize the friction in the fluid passing through the flow path. It also describes the case of real-time and low-power mass production of nanobubbles and its technical utility. We found that the friction of nanotubes alone can easily and quickly improve the production of nanobubbles with small particle size in real time; by increasing the shearing pressure while increasing the effective friction constant value, the particle size of nanobubbles can be smaller while increasing the particle concentration.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
