方法收集耳气压伤和鼻窦气压伤住院的飞行人员低压舱检查资料170份，对其进行分类统计。
Methods The data in HCT was collected in 170 aircrew with barotraumas and classification statistic was did.
本实验通过在低压舱模拟高原的缺氧环境，研究了急性缺氧条件下，大鼠红细胞膜生物物理特性的变化。
The changes of the biophysical properties of the cell membrane of erythrocytes during acute hypoxia were observed in rats.
通过低压强风试验舱模拟珠峰环境，对火种灯炭柱的燃烧气体产物进行了测定。
The gas-products of Olympic kindling spark were studied in simulation test module, with strong wind and low pressure which like natural environment of Jolmo Lungma.
结论通过民用射钉枪射击致伤，并结合低压氧舱持续减压，可以成功建立模拟高原条件下大鼠低速低能投射物所致的开放性颅脑损伤模型；
Conclusion Combined with using nailer gun shoot and a hypobaric oxygen chamber, the open craniocerebral injury models at simulated high altitude in rats can be established successfully.
结论通过民用射钉枪射击致伤，并结合低压氧舱持续减压，可以成功建立模拟高原条件下大鼠低速低能投射物所致的开放性颅脑损伤模型；
Conclusion Combined with using nailer gun shoot and a hypobaric oxygen chamber, the open craniocerebral injury models at simulated high altitude in rats can be established successfully.
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