Kotovskaia A R, Gavrilova L N, Galle R R, Glavacka F, Schalling M
Kosm Biol Aviakosm Med. 1982 Nov-Dec;16(6):32-4.
This paper discusses the gravity (of up to 2 g) effect on the upright stability of 16 test subjects exposed either to centrifugation or to artificially increased body weight (with uniformly distributed loading). During centrifugation the stabilographic parameters increased significantly at every gravity level. In the experiments with artificially increased body weight the area of the vector stabilograms also increased significantly. The comparison of the two experimental runs suggests that disorders in the upright stability are caused by the rotation factor rather than by the artificially increased body weight.
本文讨论了高达2g的重力对16名受试对象直立稳定性的影响，这些受试对象分别接受离心作用或人为增加体重（负荷均匀分布）。在离心过程中，每个重力水平下的稳定图参数均显著增加。在人为增加体重的实验中，矢量稳定图的面积也显著增加。对这两组实验的比较表明，直立稳定性紊乱是由旋转因素而非人为增加的体重引起的。
