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1·We have energies. We have radii.

我们还学了能量，学了半径。

2·This is ionic radii with a noble gas configuration.

这是稀有气体的离子半径。

3·They have very different masses, same radii, same length.

它们材料不同，半径相同，长度相同。

4·Transitions or radii that are sharper than original design.

比初始设计更尖锐的过渡段或倒角。

5·Drag to add up to 4 concentric circles with adjustable radii.

拖动此形状，可添加多达4个具有可调半径的同心圆。

6·The cutting edge roundness can make chip curling radii larger.

切削刃钝圆一般能使切屑卷曲半径增大。

7·This is easily formed to the correct radii, tack weld both ends.

这是很容易形成正确的半径，钉焊接两端。

8·Not the radii but I will give you the diameters of these ball bearings.

不是半径，而是这些滚珠的直径。

9·It is now necessary to introduce a sign convention for radii of curvature.

现在必须介绍曲率半径的正负号规则。

10·British Armour Command Truck and Field Support Truck have their sight radii tuned.

英军装甲指挥卡车和战场支援卡车视野范围改动。

半径

1·They get stuck at these radii, because if they go in either direction, they'll migrate right back.

它们就被堵住在这些半径上，因为如果它们走向任何一个方向，就会被拉回到原来的位置。

2·They have very different masses, same radii, same length.

它们材料不同，半径相同，长度相同。

3·All this comes out of Doppler shift measurements: the velocities, the radii, the periods and even the masses of these objects.

顿移测量法得到，速度，半径：，周期，以及，这些物体的质量，如果作为观察者。

4·This is ionic radii with a noble gas configuration.

这是稀有气体的离子半径。

5·I'm going to do a demonstration and some measurements with ball bearings, - which have very precise radii — - very well known — which I'm going to drop into syrup.

下面我要用这些小球，做演示和示范，有明确的半径-，非常明确-，我要把它们丢掉糖浆里。

(1)curvature radius曲率半径

(1)radius compensation半径补偿；径差补偿

(1)bending radius弯曲半径；转弯半径

(1)radius of curvature曲率半径

(1)curve radius曲率半径，弯曲半径

(1)turning radius转弯半径，回转半径；旋转半径