Deposition of Inhaled Particles: Discussion of Present Modeling Techniques

L. Gradoń, A. Podǵorski
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引用次数: 11

Abstract

ABSTRACT A mathematical model of particle deposition in the mammalian respiratory system should include the following elements: morphology and geometry of the lung, gas flow structure in the inspiration–expiration cycle, and pattern of particle deposition as a result of particle mass and geometry coupled with the first two elements. The particle trajectory concept and particles population balance concept are discussed as the ways for calculating the efficiency of deposition. The influence of the particle shape, growth caused by water vapor deposition, coagulation, and deformation of the airways on the deposition is emphasized.
吸入颗粒沉积:当前建模技术的讨论
哺乳动物呼吸系统颗粒沉积的数学模型应包括以下要素:肺的形态和几何、吸气-呼气循环中的气体流动结构,以及颗粒质量和几何加上前两个要素所导致的颗粒沉积模式。讨论了粒子轨迹概念和粒子种群平衡概念作为计算沉积效率的方法。强调了颗粒形状、水汽沉积引起的生长、凝固和气道变形对沉积的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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