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Growth dynamics and the largest size of gas bubbles emerging in body tissues due to decompression

机译:由于减压,生长动力学和出现在人体组织中的最大气泡

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Symptoms of decompression sickness (DCS) develop when the total volume of gas bubbles due to decompression reaches the magnitude critical for a body tissue. Number of the bubbles is a function of random nucleation intensity before, during or after decompression and tissue superaeration dynamics, whereas their size is unambiguously dependent on a tissue, decompression phase and bubbling time. A mathematical model of bubble tissue dynamics has been proposed for calculating the dynamics of mathematical expectation of the total gas in tissues and mounting a method for comparative analysis of the maximal DCS probability as a result of implementation of different decompression tables. Unequal intensity of nucleation during spaceflight EVA and its ground simulation w/o spacesuit is the course of inequality of decompression safety of these operations. environmental medicine.
机译:当因减压引起的气泡总量达到人体组织的临界值时,就会出现减压病(DCS)的症状。气泡的数量是减压和组织过充气动力学之前,之中或之后随机成核强度的函数,而气泡的大小无疑取决于组织,减压阶段和起泡时间。已经提出了气泡组织动力学的数学模型,用于计算组织中总气体的数学期望的动力学,并为通过实施不同减压表而获得的最大DCS概率进行比较分析提供了一种方法。在航天飞行EVA及其不进行航天服的地面模拟过程中,成核强度不均是这些作业减压安全性不平等的过程。环境医学。

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