Moiseev Iu B, Korzhen'iants V A, Biriukov A A
Aviakosm Ekolog Med. 1996;30(4):31-4.
The purpose of this work was to evaluate early and delayed effects of static mechanical loading of the spine on human tolerance to the ejection g-loads. Experiments with spine segments showed that static pre-loading equivalent to aerobatic accelerations of 8-10 units leads to relative strengthening of vertebra with low tolerance of the longitudinal shock load. Effect of aerobatic accelerations of 5, 6, 7, and 8 units on ejection g-load tolerance was theoretically evaluated.
这项工作的目的是评估脊柱静态机械负荷对人体承受弹射过载能力的早期和延迟影响。对脊柱节段进行的实验表明，相当于8至10个单位特技飞行加速度的静态预负荷会使纵向冲击负荷耐受性较低的椎骨相对强化。从理论上评估了5、6、7和8个单位的特技飞行加速度对弹射过载耐受性的影响。
