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Development of an optical microscopy system for automated bubble cloud analysis

机译：开发用于自动气泡云分析的光学显微镜系统

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Recently, the number of uses of bubbles has begun to increase dramatically, with medicine, biofuel production, and wastewater treatment just some of the industries taking advantage of bubble properties, such as high mass transfer. As a result, more and more focus is being placed on the understanding and control of bubble formation processes and there are currently numerous techniques utilized to facilitate this understanding. Acoustic bubble sizing (ABS) and laser scattering techniques are able to provide information regarding bubble size and size distribution with minimal data processing, a major advantage over current optical-based direct imaging approaches. This paper demonstrates how direct bubble-imaging methods can be improved upon to yield high levels of automation and thus data comparable to ABS and laser scattering. We also discuss the added benefits of the direct imaging approaches and how it is possible to obtain considerable additional information above and beyond that which ABS and laser scattering can supply. This work could easily be exploited by both industrial-scale operations and small-scale laboratory studies, as this straightforward and cost-effective approach is highly transferrable and intuitive to use. (C) 2016 Optical Society of America.
机译：近年来，气泡的使用数量已开始急剧增加，其中医药，生物燃料生产和废水处理等行业中只有一些利用了气泡特性（例如高传质）的行业。结果，越来越多的注意力集中在气泡形成过程的理解和控制上，并且目前有许多技术被用来促进这种理解。与目前基于光学的直接成像方法相比，声学气泡上浆（ABS）和激光散射技术能够以最少的数据处理提供有关气泡尺寸和尺寸分布的信息。本文演示了如何改进直接气泡成像方法，以实现高水平的自动化，从而获得与ABS和激光散射相当的数据。我们还将讨论直接成像方法的附加好处，以及如何获得除ABS和激光散射所能提供的信息以外的大量其他信息。这项工作可以很容易地被工业规模的操作和小型的实验室研究所利用，因为这种简单而经济高效的方法具有高度的可移植性和直观性。 （C）2016年美国眼镜学会。

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