The new planets were detected by measuring "radial velocity," or how fast a star wobbles depending on the gravitational pull from nearby planets.
新的行星是靠测量“径向速度”，或者恒星在周围行星的万有引力下摇摆的速度检测出来的。
Radial velocity, also known as the Doppler wobble technique, involves searching for wobbles in a star's light that indicate the gravitational pull of an orbiting planet.
径向速度法，也被称为多普勒摆动技术，用于搜索恒星光线的摆动，它显示出来自轨道上运行的行星的万有引力。
This common method in the planet-hunting world, called radial velocity, requires extremely precise measurements to detect a planet's gravitational pull on a nearby star.
这一行星寻找领域内的常见手段叫做径向速度法，需要极度精确的数据测量才能检测到行星对附近恒星的引力作用。
The maximum cutting stress lie of the radial distance of 0.5 double diameter nozzle, while the maximum pull stress lie in the surface edge of the rock.
岩石破坏时最大剪应力位于0.5倍喷嘴直径的径向距离处，同时在固体介质表面边缘产生最大拉应力。
The radial stress is press stress in the joint axis and is gradually from press stress chang into pull stress in the area further away from the axis.
接头内径向残余应力在轴心处为压应力，随着远离轴心逐渐由拉应力变为压应力，在接头边缘区域为拉应力。
The radial stress is press stress in the joint axis and is gradually from press stress chang into pull stress in the area further away from the axis.
接头内径向残余应力在轴心处为压应力，随着远离轴心逐渐由拉应力变为压应力，在接头边缘区域为拉应力。
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