N a scale giving the relative density of fluids 重度标度 →see API gravity scale
The differences in the frequencies - which are proportional to energy - of each of these transitions will be an incredibly sensitive test of gravity at the microscopic scale.
这些频率的变化——与能量成正比——这些变化在微观水平上能够完成引力的验证,并且测量极其灵敏。
Light emitted in this environment will have a certain frequency, which is related to the time scale (or the gravity strength) of the environment.
在那样环境下所发射的光会具有一定的频率,这个频率是与环境的时间标度(或引力强度)有关。
I don't need gravity to have a relative scale of masses so I can determine the relative scale of these masses without ever using the force.
无需运用重力来确定物体质量相对值,就算在没有重力条件下,我们也能确定质量相对值。
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