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1·The polarizability of fluorine atom is low.

氟原子极化率低。

2·The calculations of third-order nonlinear polarizability are introduced.

概述了三阶非线性光学性能的计算。

3·Finally the universal formula of higher order nonlinear polarizability has been given.

利用非简谐振子模型计算了三阶非线性极化率。

4·High polarizability, high magnetics and low resistivity are displayed above the ore b...

在矿体上方呈现高极化率、高磁、低电阻率异常。

5·The coupled quantum dots can be designed to possess negative polarizability in some excited states.

耦合量子点体系可以在激发态实现逆电性。

6·These results are verified experimentally, and an average polarizability of 97.6% has been obtained…

实验验证了上述结果，并得到平均偏振度为97.6％的激光输出。

7·The effective length of carbon chain of alkanes was built up by using the polarizability effective index.

利用极化效应指数，构造了链烷烃的有效碳链长度。

8·The calculated results indicate that molecule 1 has higher second-order nonlinear optical polarizability.

计算表明分子1具有较大的二阶非线性极化率。

9·The results show that these compounds have high values of second-order nonlinear polarizability in solution.

结果表明，所测定的化合物在溶液状态下表现出较强的二阶非线性极化特性。

10·It is found that the system has low chlorine evolution potential and polarizability, but undesirable fortified life.

结果表明该体系具有较低的析氯电位、极化率，但强化寿命不合要求。

极化率

1·It is found that the system has low chlorine evolution potential and polarizability, but undesirable fortified life.

结果表明该体系具有较低的析氯电位、极化率，但强化寿命不合要求。

2·Changes of the nonlinear polarizability of the molecular layers can be explained by using the theory of atom-radical and valence bond.

膜层的非线性极化率的改变可用原子基团和价键理论解释。

3·The polarizability of fluorine atom is low.

氟原子极化率低。

4·High polarizability, high magnetics and low resistivity are displayed above the ore b...

在矿体上方呈现高极化率、高磁、低电阻率异常。