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A sampling and dilution system for droplet aerosols from medical nebulisers developed for use with an optical particle counter

机译:为与光学粒子计数器一起使用而开发的医用喷雾器液滴气溶胶采样和稀释系统

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An in-line sampling and dilution system for droplet aerosols from medical nebulisers is described. The device has been designed to interface with a white light aerosol spectrometer (welas~R 2070, Palas~R GmbH, Germany) that allows measurements of highly concentrated aerosols. The performance of the sampling system in terms of the measured particle size distribution (PSD) is compared to EN 13544-1 approved measurement techniques as well as to techniques proposed for the European Pharmacopoeia (2.9.44). The measured PSD compares favourably to the ones measured by a Next Generation Impactor, cooled prior to measurement, and by laser diffraction analysed by the Mie theory. This study included three nebulisers (Pari LC Plus, Aeroneb Pro, Omron MicroAIR). The measuring system presented in this study offers a time saving alternative for the measurement of PSD as well as quantity of aerosols from medical nebulisers that is of interest for quality control in the pharmaceutical industry.
机译:描述了一种用于医疗雾化器的液滴气溶胶的在线采样和稀释系统。该设备已设计为与白光气溶胶光谱仪(welas〜R 2070,德国Palas〜R GmbH,德国)连接,可以测量高浓度的气溶胶。将采样系统在测量粒度分布(PSD)方面的性能与EN 13544-1批准的测量技术以及针对欧洲药典(2.9.44)提出的技术进行比较。测得的PSD与通过下一代冲击器测得的,在测量之前冷却并通过Mie理论分析的激光衍射测得的PSD相比具有优势。这项研究包括三个雾化器(Pari LC Plus,Aeroneb Pro,欧姆龙MicroAIR)。本研究中介绍的测量系统为节省PSD,以及测量来自医疗雾化器的气雾剂的量提供了节省时间的替代方法,这在制药行业的质量控制中非常重要。

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