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1·We dealt with Young's modulus.

我们对付的是杨氏模量。

2·So this is Young's modulus.

这是杨氏模量。

3·The speed of sound also depends on Young's modulus.

声速也同样，取决于杨氏模量。

4·If you make it out of nylon, which has a Young's modulus...

如果是尼龙做的，它的杨氏模量。

5·If Young's modulus is very low, the material is more elastic.

若杨氏模量很低，物质更有弹性。

6·If Young's modulus is very high, then the rod is extremely stiff.

如果杨氏模量很大，表示这棒子非常硬。

7·Results show that the Young's modulus is continuously reduced by hydrogen.

结果表明氢连续降低合金的弹性模量。

8·The correction coefficients for the Young's modulus calculation are suggested.

并给出了计算杨氏模量所需的修正系数。

9·A linear relationship was found between the dynamic and static Young's modulus.

动态与静态扬氏模量之间存在着线性关系。

10·And so we can now actually make an attempt to calculate Young's modulus from the data.

所以我们能试图，从这些数据中，得到杨氏模量。