... 垂直作用于物体表面的力,用Fn表示,其单位为N。 119 质点加速度particle acceleration. 120 质点速度particle velocity ...
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free field particle acceleration 自由场粒子加速
instantaneous sound particle acceleration 瞬时声质点加速度
sound particle acceleration 声质点加速度
Vertical particle acceleration 粒子垂直加速度
Horizontal particle acceleration 粒子水平加速度
particle acceleration motion 颗粒加速
Auroral particle acceleration 场向电场
new principle for particle acceleration 新加速原理
Particle velocity and acceleration 质点速度和加速度
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Finally, the influence of resonant Self-focusing on particle acceleration in beat wave accelerator also be discussed.
最后还讨论了共振自聚焦对拍频波加速器中粒子加速过程的影响。
This makes unsurpassed levels of stable energy possible, allowing record particle acceleration performance to be achieved.
这能让能量稳定性达到非常卓越的水平,特别适用于粒子加速领域。
As with much else in modern physics, the idea involves particle acceleration, the kind of thing that goes on in the Large Hadron Collider in Switzerland.
正如现代物理学中很多其他的观点一样,这个观点也涉及到了粒子加速,也就是位于瑞士的大型强子对撞机正在做的事情。
The answer is that simply knowing the particle has an acceleration is not enough to tell you where the particle will be.
答案是这样的,仅仅知道质点的加速度,是不足以告诉你它接下来的运动的
This particle is constantly changing its direction, but it therefore has an acceleration and the acceleration, we have shown here, is pointing towards the center.
这个质点恒定地改变它的运动方向,因此它具有加速度,而且这个加速度,我们前面也讲过了,指向圆心
I want to consider a particle which has definite acceleration a, a constant one, but a is now a vector.
我想考虑一个加速度为 a 的质点,加速度恒定,但 a 是一个矢量
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