Objective to reproduce an experimental model of blast injury to dog brain simulating the mechanism of primary effect of the blast wave of explosive weapons.
目的建立与爆炸性武器冲击波原发效应致伤机制近似的犬颅脑爆炸伤模型。
Conclusion: Sound wave and blast injury combined with gun-powder poisoning may cause severe tissue damage and some biochemical change. Using protective measures could reduce the injury and death rate.
结论：实验性声波冲击波伤复合火药中毒可致组织形态严重损伤和某些生化改变，采用防护措施可预防爆炸时组织损伤，减少死亡率。
It was stable, economical, practical and easy to repeat. Conclusions Injury caused by the explosion of liquid propellant can be simulated by using the blast wave tube and the intoxication tank.
结论利用生物激波管冲击和染毒柜染毒相结合的形式可以模拟复制现场液体火箭推进剂爆炸致冲毒复合伤的动物模型。
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