模型试验告诉研究人员，光线的非对称偏转可以产生稳定的提拉力，这令人惊奇。
Modeling experiments told the researchers that an asymmetrical deflection of light would create a surprisingly stable lift force.
随着瓦胡岛西北向偏转，它实际上的海拔应该是以缓慢但稳定的速率上升的。
With the northwest of Oahu to the deflection, the elevation it actually should be based on a slow but steady rate rise.
设计的轨控直接力作用于俯仰和偏航通道，而滚转通道没有直接力系统的作用，依靠气动舵面的偏转对滚转角进行稳定。
The direct force is acting on the pitch channel and the yaw channel, and the roll channel is stabilized by the fin surface deflection.
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