反蛋白石结构是光子晶体一种重要的结构,由于其制备方法简便、成本低廉而受到人们的普遍关注。
It has gained much attention because photonic crystals can be easily produced from inverse opal structure. In this paper, based on the introduction of several traditional fabrication metho...
球孔的尺度比乳胶粒粒径要小,使反蛋白石结构的晶格常数比蛋白石结构的晶格常数缩小了30%左右,但仍保持了长程有序性。
The lattice parameter was shrunk by about 30% relative to the template, irrespective of the diameter of the spheres, while the long-range order was still preserved.
在此基础上,首次成功的用全化学方法制备出了特定缺陷形状、甚至复杂缺陷形状的不同材料体系的反蛋白石结构光子晶体点缺陷。
On this basis, for the first time we successfully fabricate the point defect with particular shape, even the complex shape, in inverse opal structural photonic crystal in different materials system.
反蛋白石是一种有着微管道结构的薄片,它表面张力系数不同的液体非常的敏感。
The inverse opal is a chip with micro-channels sensitive to liquids of specific surface tensions.
反蛋白石是一种有着微管道结构的薄片,它表面张力系数不同的液体非常的敏感。
The inverse opal is a chip with micro-channels sensitive to liquids of specific surface tensions.
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