研究表明，通过优化双卟啉二聚体分子偶极取向和偶极耦合增强的效应可以提高二阶非线性光学性能。
It can be improving second-order nonlinear optical properties by optimization of porphyrin dimer dipole orientation and dipole coupling effect.
它具有高度的（100）轴取向，可广泛地用于催化剂、光学材料 和超导材料等领域。
The material has high (100) axial orientation, which can be widely applied in catalysts, optical materials, superconducting materials and other fields.
最后通过光学偏光显微镜和共聚焦显微镜对液晶分了的排列取向定性的进行了分析研究。
In the end, alignment of liquid crystal molecules was investigated through optically polarized microscope and confocal microscope.
用阴影法和光学显微镜观察等方法揭示了BSO晶体中深色核芯与生长取向、界面形状及小面生长之间的关系。
The relationships among the darkened cores in the BSO crystals, growth direction, interface shape and growth of facets were revealed by methods of shadowgraph and microscopy.
用阴影法和光学显微镜观察等方法揭示了BSO晶体中深色核芯与生长取向、界面形状及小面生长之间的关系。
The relationships among the darkened cores in the BSO crystals, growth direction, interface shape and growth of facets were revealed by methods of shadowgraph and microscopy.
应用推荐