平行轴定理

用扭摆验证转动惯量平行轴定理的新方法

A new method using torsion pendulum to verify the parallel axis theorem

利用复摆验证了刚体的平行轴定理。

The Parallel axis theorem of rigid body is verified with physical pendulum .

转轴与平板不垂直时平行轴定理的推导

Deduction of Theorem of Parallel Axis When Turning Axis Non vertical to Plate

这种物理摆只要稍作一下改动就可以很轻易地得到不同的转动惯量，也可用它来验证平行轴定理。

It can also be used to verify the theorem of parallel axes .

利用三线摆验证转动惯量的平行轴定理

Proving the parallel axis theorem of rotary inertia with three - wire pendulum

平行轴定理与柯尼希定理的兼容性

Compatibility between theorems of parallel axle and the Konig

平行轴定理的一般形式

The General Forms of the Parallel Axis Theorem

磁矩的平行轴定理

The parallel axis theorem of magnetic moment

转动惯量与惯量积二者平行轴定理的统一处理

Unified treatment of the theorem of parallel axes for both moments and products of inertia

关于平行轴定理的应用

On Application of Parallel Axle Theorem

平行轴定理的验证

The verfication of the parallel-axis theorem

由两个转动定律导出了平行轴定理和柯尼希定理。

Parallel axis theorem and K ? nig theorem are deduced from the two laws of rotation .

分析并澄清了学生在应用平行轴定理所存在的误区。

It analyses and clears up one of students ' common mistakes in application the parallel axle theorem .

分析了一种对平行轴定理的不正确认识，讨论了质点组对质点的角动量定理的应用形式

A fault about parallel axis theorem is analysed and the application of angular momentum theorem with stationed personnel is discussed

如此的分解，能使转动惯量平行轴定理或惯量积平行轴定理均极其便于表述。

Such a decomposition greatly facilitates the formulation of the theorem of parallel axes for the moments or for the products of inertia .

利用复摆定轴转动原理和刚体平行轴定理设计的一种新型转动惯量测定仪。

A new measuring instrument of rotational inertia has been devised by the fixed - axis rotation principle and parallel axis theorem of compound pendulum .

对普通物理力学中平行轴定理与理论力学中柯尼希定理相互间关系进行了讨论。

It is discussed that relations between the theorem of parallel axle in the common physics mechanics and the theorem of Konig in the theories mechanics .

这个公式，我不会再验证了，但它很容易证明，它称为，平行轴定理。

And now there is a theorem which I will not prove , but it 's very easy to prove , and that is called the parallel axis theorem .

结果表明，凡是满足平行轴定理的那些刚体上的点，同时也适用于柯尼希定理，反之亦然。

We find that the points on a rigid body , which meet the theorem of parallel axle , are also applicable to the theorem of Konig , vice versa .

结合教学，提出对刚体转动惯量平行轴定理的几点教学讨论，指出不少教材里证明过程中的概念错误，并介绍一种较严谨的证明方法及该定理的一般推广式。

Combined with teaching , this thesis has advanced some argumentation on the parallel axis theorem of rotational inertia and has indicated some errors in the proving process in some teaching materials .

我们只需要加上-，通过平行移轴定理-，乘以这段距离的平方，，the，mass，times，this，distance，squared，距离是，所以得到。

And then we have to add to that according to the parallel axis theorem m R and this distance is R , MR ^ 2 so you get MR squared .

现在我们要用，平行移轴定理。

Again , we have to use now the parallel axis theorem .

利用平行移轴定理计算平面刚体的重心基于垂直轴定理的新型扭摆实验仪的实验研究

Computation of the Gravity Center of Plane Rigid Body with Parallel Axis Theorem A New Type Torsion Pendulum Experimental Instrument Using Vertical Axis Theorem