1) Brewster angle microscopy
布儒斯特角显微镜
1.
The aggregation domains and the texture patterns of surfactant monolayers at the air-water interface can be observed directly by Brewster angle microscopy(BAM).
对界面上不同结构缺陷所引起的分子排列和取向进行了组合,建立了分子的取向模型,利用光传播的电磁场理论,模拟出了布儒斯特角显微镜(BAM)的理论图像,并将其与实验观察得到的BAM图像进行了比较。
2.
001 mol·L~(-1) arachidic acid(AA) chloroformic solution at the air /liquid interface of pure water has been measured,and dynamic domains morphology of AA monolayer has been investigated via Brewster angle microscopy(BAM).
测定了花生酸的氯仿溶液在二次蒸馏水气/液界面的单分子膜的表面张力与单分子面积的等温线,用布儒斯特角显微镜原位监测了花生酸分子成膜过程中单分子膜区域形貌的动态变化。
2) Brewster angle
布儒斯特角
1.
Talking about Brewster angle of monopodium;
再论各向异性单轴晶体的布儒斯特角
2.
Characteristcs of the tansmission grating under the Brewster angle;
布儒斯特角附近的透射光栅传输特性
3.
When a Light beam pass through a optical device,a way to reduce the reflective loses from two light pass surfaces of the device is to cut those two light pass surfaces in Brewster angle and the two surfaces are always parallel to each other.
当光通过一个光学器件时 ,一种减少两通光面反射损耗的方法 ,是将此两通光面切割成所谓的布儒斯特角且相互平行。
4) Brewster stereoscope
布儒斯特立体镜
5) general Brewstex''s angle
广义布儒斯特角
6) non Brewster angle
非布儒斯特角
补充资料：布儒斯特定律
