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A novel aerodynamic sizing method for pharmaceutical aerosols using image-based analysis of settling velocities. 一种基于沉降速度图像分析的新型药物气溶胶气动分级方法。
Pub Date : 2017-06-01
Rami Fishler, Josué Sznitman

This article discusses a novel method to estimate aerodynamic particle size distributions (APSDs) of pharmaceutical aerosols through direct measurement of particle settling velocities using image-based analysis and particle tracking techniques. This simple, optical method provides accurate and fast measurements (approximately 1 minute) with few sources of bias due to specific device design choices or operation conditions. A proof-of-concept for the method is demonstrated by measuring APSDs for widely available commercial dry powder inhalers (DPIs), then comparing the results with previously published data from cascade impactors (CIs) and the Aerodynamic Particle Sizer (APS).

本文讨论了一种利用基于图像的分析和颗粒跟踪技术直接测量颗粒沉降速度来估计药物气溶胶空气动力学粒径分布(APSDs)的新方法。这种简单的光学方法提供准确和快速的测量(大约1分钟),由于特定的设备设计选择或操作条件,很少有偏差来源。通过测量广泛使用的商用干粉吸入器(dpi)的apsd,然后将结果与先前发布的级联撞击器(CIs)和空气动力学粒度仪(APS)的数据进行比较,证明了该方法的概念验证。
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Inhalation
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