Fu R X, Ma Y Y, Feng T S, Li M
China Ordnance Society, Beijing, P.R.C.
J Trauma. 1988 Jan;28(1 Suppl):S85-8.
Based on test results of projecting four different types of spherical fragments, diameters of which were 3.175 mm, 4.763 mm, 5.56 mm, and 6.35 mm, respectively, into the biological soft tissues and the soap blocks used as simulants, an estimation of the physical characteristics of wounds inflicted by spherical fragments was established in this paper. With impact velocities in the range of 450-1,500 m/s, all four types of spherical fragments showed little variation in drag coefficients for each medium. Some specific wound characteristics such as amount of debrided tissue, volume of the wound channel, etc., can be predicted as functions of energy transfer for spherical fragments of less than 1 gram.
基于将四种不同类型的球形碎片(其直径分别为3.175毫米、4.763毫米、5.56毫米和6.35毫米)射入生物软组织以及用作模拟物的肥皂块的测试结果,本文建立了对球形碎片造成的伤口物理特征的估计。在450 - 1500米/秒的冲击速度范围内,所有四种类型的球形碎片在每种介质中的阻力系数变化不大。对于小于1克的球形碎片,一些特定的伤口特征,如清创组织量、伤口通道体积等,可以作为能量传递的函数进行预测。