polarizability ['pəulə,raizə'biləti]

polarizability的基本解释

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极化性, 极化度, 极化率

与polarizability相关的网络例句 [注：此内容来源于网络，仅供参考]

Therefore, it has the important scientific research value in studying the relationship between the changing of the parameters (including the temperature, the humidity, the grain radius and so on) and the electricity and radioactivity of the medium. Applied the count statistics and the numeral value analysis, the paper analyzes, concludes and contrasts the data sufficiently through the experimentation, and acquires the following results that the resistivity and the polarizability both have the negative relationship with the temperature variety of medium from 0℃ to 200 ℃. The parallactic poalarizability is consistent with the temperature variety in the plan as well as the section, but their trends are exactly opposite. Power supply voltage has no considerable influence to the resistivity and polarizability by using duality variance analysis, however, the detecting depth and the plan position influence them greatly. Different AB/2 interval that increases by degree does not influence variance and the average value of the resistivity and the polarizability remarkably. By using the least double multiplication, the relationship of temperature-time-the influence radius of the fire source is carried up by the mathematic drawing up. After discussing their correl ation, I educe the influence radius of the fire source and carry out the 'trend analysis and forecast to the spacial changing of the temperature and the parallactic polarizability in the end.

本文通过试验并应用数理统计和数值分析等相关理论对所得到的试验数据进行了分析、归纳和对比，得出了介质温度变化在0-200℃内视电阻率和视极化率与温度均表现为负相关性；视极化率与温度在剖面和平面上的变化形态具有很好的一致性，但变化趋势相反；由二元方差分析可得供电电压对视电阻率和视极化率无显著影响，但探测深度和平面位置对视电阻率和视极化率有显著影响；通过假设检验可证不同AB／2递增间隔，对视电阻率和视极化率的方差和平均数影响都无显著性差异；应用最小二乘法对温度——时间——火源影响半径之间的关系进行了数学拟合，讨论了它们之间的相互关系，得出了火源影响的有效半径，太原理工大学硕士研究生学位论文并对温度和视极化率的空间变化作了趋势分析和预测。

Since optical nonlinearity is caused by electronic polarizability of materials on exposure to intense light beams, electronic polarizability is one of the most important properties that govern the nonlinear response of the materials.

由于非线性光学性质，是造成电子极化材料，暴露于激烈的光束，电子极化是其中最重要的物业管非线性响应的材料。

This is due to the highly polarizable oxide ions in the heavy metal glasses and the high polarizability of their cations, and this leads to a high polarizability of the whole molecule and easy distortions of the electron density in a strong electromagnetic field.

这是由于高度极化氧化物离子在重金属眼镜和高极化其阳离子，这导致高极化整个分子和容易扭曲的电子密度，在强电磁领域。

与polarizability相关的网络解释 [注：此内容来源于网络，仅供参考]

polarizability：极化率

一般而言,浅电破,就是在寄主材料(host material)中植入两种以上的电偶极,可假设第j 种电偶极的偏极化率(polarizability)为将有助於导引下一阶段的实验(如:罩幕(masking)及剂量的改变).

polarizability：极化性

欲使分子呈现拉曼效应,入射光必须使分子产生感应偶极矩(induced dipole moment)或改变分子的偏极化性(polarizability). 以二氧化碳为例,偏极化性的改变可视为电子云外形的变化. 如图五所示,由於和电磁波的电场向量交互作用,

polarizability：极化度

44 极化polarization | 45 极化度polarizability | 46 极化曲线polarization curve

polarizability：极化强度

polarityswitch 极性转换开关 | polarizability 极化强度 | polarization changer 极化变换器

polarizability catastrophe：极化灾变

gap admittance 间隙导纳 | polarizability catastrophe 极化灾变 | random pulse 随机[杂乱]脉冲