Berger Robert E
Center for Consumer Product Technology, National Bureau of Standards, Washington, DC 20234.
J Res Natl Bur Stand (1977). 1979 Jan-Feb;84(1):9-19. doi: 10.6028/jres.084.002.
A test system is proposed to evaluate the ocular injury potential of propelled objects. The object in question is fired into a thin rubber pad, and the force of impact and the rise time are measured. For a set of test projectiles, the response of the system was shown to correlate with the likelihood of injury, as predicted by a mathematical model. The response was further related to ocular injury tolerance curves which were generated by the math model using data from impact injuries to real eyes.
提出了一种测试系统来评估抛射物的眼损伤潜力。将相关物体射向一个薄橡胶垫，并测量冲击力和上升时间。对于一组测试弹丸，该系统的响应与数学模型预测的损伤可能性相关。该响应还与眼损伤耐受曲线相关，这些曲线是由数学模型使用真实眼睛冲击损伤的数据生成的。
