oblateness in circular orbit 圆形轨道扁率
Intermediate circular orbit 中间圆轨道
near-circular orbit 近圆轨道
Lunar Circular Orbit 到达环月圆形轨道
Circular orbit cone beam CT 圆轨迹锥束CT
reciprocating circular orbit 往复式循环轨道
circular orbit speed 圆形轨道飞行速度 ; 沿圆形轨道飞行速度
steadiness of circular orbit 圆轨道稳定性
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以上来源于: WordNet
One problem with the collision hypothesis is the question of how a satellite formed in this way could have settled into the nearly circular orbit that the Moon has today.
碰撞假说的一个问题是,以这种方式形成的卫星是如何在月球现在的近乎圆形的轨道上运行的。
You've got negative charge in motion, and it's in a circular orbit.
负电荷在运动,它们处在一个环形的轨道中。
That also means that the period t must be larger than the period in your circular orbit.
这也意味着,周期T比圆形,轨道的周期大。
You've got negative charge in motion, and it's in a circular orbit.
负电荷在运动,它们处在一个环形的轨道中。
Let's imagine it's a circular orbit.
想象一下,有个圆轨道
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