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用于肺部气溶胶治疗的喷射雾化器评估

Assessment of jet nebulisers for lung aerosol therapy.

作者信息

Clay M M, Pavia D, Newman S P, Lennard-Jones T, Clarke S W

出版信息

Lancet. 1983 Sep 10;2(8350):592-4. doi: 10.1016/s0140-6736(83)90679-7.

Abstract

The effect on nebuliser output of varying the flow rate of compressed air driving the device and the volume of respirator solution used was investigated in four brands of jet nebuliser. Raising the airflow rate from 4 to 6 1/min reduced the duration of nebulisation by approximately 40%, and a rise from 6 to 8 1/min reduced the duration by a further 15%. However, this change had only a slight effect on the proportion of the solution released. The volume of respirator solution placed in the nebuliser directly influenced the volume released as aerosol. After a 2 ml fill, less than 1 ml was released (50%). With a volume fill of 4 mg 60-80% was released, and with 6 ml 70-85% was released. Nebuliser output fell during nebulisation as the temperature of the solution dropped by 8-12 degrees C. A minimum 4 ml fill and an air-flow rate of 6 l/min are advocated to optimise nebuliser output.

摘要

在四种品牌的喷射式雾化器中,研究了改变驱动设备的压缩空气流速以及所使用的雾化液体积对雾化器输出的影响。将气流速率从4升/分钟提高到6升/分钟,雾化持续时间减少了约40%,从6升/分钟提高到8升/分钟,持续时间又进一步减少了15%。然而,这种变化对释放溶液的比例只有轻微影响。放入雾化器中的雾化液体积直接影响作为气溶胶释放的体积。注入2毫升后,释放量不到1毫升(50%)。注入4毫升时,释放量为60 - 80%,注入6毫升时,释放量为70 - 85%。随着溶液温度下降8 - 12摄氏度,雾化过程中雾化器的输出量会下降。建议至少注入4毫升溶液并采用6升/分钟的气流速率,以优化雾化器输出。

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