Here the interference pattern is established between an optical flat and the polished specimen surface of the glass
Both the laser beams are superimposed in the measurement volume and, in this spatial area, generate an interference pattern of bright and dark fringes.
两个激光束均叠加在测量体积中,并在该空间区域中产生明暗条纹的干涉图样。
Laue calculated a displacement of the interference pattern if the platform is in rotation - because the speed of light is independent of the velocity of the source, so one beam has covered less distance than the other beam.
劳厄通过计算得到了平台在旋转情况下干涉图案的偏移值 - 这是因为光速和光源的速度无关,因此其中一束光会比另一束光的行程要短。
The interference between the probe beam and the reference beam then creates an interference pattern on the detector 752.
随后探测束和参照束之间的干涉在检测器752上形成干涉图案。
Based on the reflected light from the two (or more) surfaces, the interference pattern can be used to determine thickness.
根据从物体两个(或多个)表面反射回来的光信号,能够通过干涉图样计算出厚度。
The returning light beams merge together at the beam splitter and create an interference pattern of light and dark regions where the light waves either cancel out or reinforce each other.
返回的两束光在分束器处汇合,产生由亮区和暗区组成的干涉图案,图案中,光波要么相互抵消要么相互增强。
It seems clear that the (electro-)magnetic field acts on the particles since it affects the interference pattern they produce; and this must be action at a distance since the particles pass through a region from which that field is absent.
似乎清楚的是(光电)磁场作用对颗粒,因为它影响它们产生的干涉图样;并且它必定是超距作用的行为,因为粒子通过了缺少场的区域。
Rewritable holographic storage can be achieved via the photorefractive effect in crystals: Mutually coherent light from two sources creates an interference pattern in the media.
可重写的全息存储技术可以通过晶体的光致折变效应来实现: 从两个光源产生的相干光可以在介质上产生干涉图样。
Aharonov and Bohm (1959) drew attention to the quantum mechanical prediction that an interference pattern due to a beam of charged particles could be produced or altered by the presence of a constant magnetic field in a region from which the particles were excluded.
Aharonov和Bohm(1959)注意了量子机械预测,带电粒子的光束干涉图样能通过排除粒子区域内恒磁场的存在而产生或改变。
One of its main components is a mirror that moves periodically, generating an interference pattern from which the required atmospheric data can be derived.
IASI 的主要组件之一是一面定期移动的镜子,生成可从中得出所需大气数据的干涉图样。
An experiment of this kind was performed by Georges Sagnac in 1913, who actually measured a displacement of the interference pattern (Sagnac effect).
乔治斯·萨格奈克于1913年做了一个此类实验,实验中他确实获得了干涉图案的偏移(萨格奈克效应)。
The reference beam's light is focused on the photosensitive material, illuminating the appropriate interference pattern, the light diffracts on the interference pattern, and projects the pattern onto a detector.
参考光聚焦在光敏材料之上,照亮了合适的干涉图样,光线在干涉图样上发生衍射,衍射图案投影到检测器上。
The resulting wave interference pattern is the basis of diffraction analysis.