提出了新的薄膜厚度分析方法。
介绍了测量固体薄膜厚度的光学方法。
Some optical methods for measuring the thickness of the thin solid films are presented.
随着溅射时间的延长，薄膜厚度增加。
When the sputtering time prolongs, the films become thicker.
随着薄膜厚度减小，吸收率具有极大值。
With decreasing the film thickness, the maximum absorptance appears.
并利用特征线法，得到薄膜厚度的方程。
The equation for thickness of film was obtained by the method of characteristics.
介绍了一种测量固体薄膜厚度的光学方法。
An optical method was introduced for measuring the thickness of solid thin films.
薄膜厚度超过100微米，具有很强的粘合性。
Film thickness is more than 100 um and with strong adhesion.
研究了栅绝缘层的薄膜厚度对器件的电性能的影响。
The thickness of gate insulator can also influence the device performance.
光吸收系数以及禁带宽度均随薄膜厚度的增加而下降。
Both the optical absorption coefficient and bandgap decrease with increasing in film thickness.
指出了采用涡流测量薄膜厚度也是一种实用的测量方法。
It is indicated that the thin film thickness measurement by eddy is also a practical method.
薄膜厚度的均匀性是影响沉积方法应用的一个重要因素。
The thickness uniformity of the films is one of the important factors affecting the application of deposition methods.
薄膜厚度愈大或晶粒度愈大，薄膜电极的放电容量愈低。
The film electrode with bigger grain size or larger thickness had lower capacity.
研究了群色散和非线性频移随频率和薄膜厚度的变化规律。
The variations of group velocity dispersion and nonlinear frequency shift with the wave frequency and film thickness are also studied.
结果表明，基板选择和薄膜厚度是影响发射率的重要因素。
It showed that the nature of substrate and the thickness of the film were important to the emissivity.
结果表明：绿泥石薄膜厚度越大往往可动流体饱和度越小。
The study results show that the thicker chlorite films is, the smaller the saturation of movable fluid will be.
薄膜性能测试：薄膜结合性能、薄膜抗磨损性能、薄膜厚度等。
Film properties testing: film cohesive performance, anti-wearing performance, film thickness.
该空气薄膜的光强反射率是关于入射光波长和薄膜厚度的函数。
The intensity reflectivity of the film is correlated with the wavelength of an incident ray and the height of the film.
这是更为有效的比钟罩式操作，如调整薄膜厚度，交流采样和清洁。
It is much more effective than a bell jar type for operation such as adjustment of film thickness, exchange of sampler and cleaning.
同时发现，随入射率的增大或薄膜厚度的增加，相对密度均逐渐减小。
The result also shows that the relative density decreases with either the increasing deposition or the increasing average thickness of the film.
用激光照射牛顿半环来演示薄膜台阶的等厚干涉现象和测定薄膜厚度。
Newton's half ring is rayed by laser to demonstrate the equivalent thickness interference phenomenon of film step and measure film thickness.
但本文中考虑了激子有效半径随薄膜厚度的变化及其对能级结构的影响。
However, the variation of the effective exciton radius with film thickness and its influence on the structure of energy levels have been considered.
在非金属薄膜生产中，对薄膜厚度的在线实时检测具有非常重要的意义。
In the nonmetal film production, there is an important significance to detect film thickness online.
采用浸涂法时，胶体粘度越大、密度越小，则薄膜厚度越大，反之则越小。
By the dipping way, the viscosity of colloid is more bigger and its density is more littler, the thickness of thin film is more bigger.
通过实验证明，薄膜厚度、光催化时间、基片种类均对苯酚转化率有影响。
It shows that the phenol solution translate are affected by film thickness photocatalytic time and kind of bases.
随着薄膜厚度的减小，位错间距增大，“死层”厚度与薄膜总厚度之比增加。
With decreasing the film thickness, both the dislocation spacing and the ratio of the dead layer to film total thickness increase.
结果表明，塑料薄膜厚度、通气面积、通气孔数量是影响枣果失重的主要因素。
The results showed that, the thickness of film, ventilate area, and number of ventilate hole were important factors of effecting jujube weight loss.
构件的薄膜厚度是影响其机械性能的参数之一，应在微加工过程中进行测量和控制。
The film thickness of parts is one of the parameters which greatly influence the performances of micro-parts and should be measured and controlled on-line.
但是薄膜厚度的增大和浓度的提高会恶化膜面的平整度，也会影响薄膜的结晶性能。
But too high thickness and high density of tin films will do harm to the smoothness of film surface with impurity deteriorating the crystallization.
因此，合理地调控薄膜厚度，可以有效地优化驻极体的电荷储存能力及电荷稳定性。
Therefore, the charge storage capability and charge stability can be optimized by reasonably regulating the thickness of the sample.
因此，合理地调控薄膜厚度，可以有效地优化驻极体的电荷储存能力及电荷稳定性。
Therefore, the charge storage capability and charge stability can be optimized by reasonably regulating the thickness of the sample.
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