Diffraction imaging of cracks in self-assembled photonic crystals
We demonstrate a non-invasive technique, based on diffraction imaging, to remotely detect
and characterize cracks in self-assembled photonic crystals. Through this technique, we …
and characterize cracks in self-assembled photonic crystals. Through this technique, we …
Colloidal self-assembly of highly-ordered silica inverse opals for deep ultraviolet diffraction
The fabrication of highly ordered∼ 2 μm thick silica inverse opal (IO) photonic crystal (PhC)
films is reported. These IO films diffract deep ultraviolet light (UV,< 250 nm) and are …
films is reported. These IO films diffract deep ultraviolet light (UV,< 250 nm) and are …
Concurrent deep UV diffractions enabled by the Bragg condition and crystal symmetry in silica inverse opals
Understanding the unexplored deep ultraviolet (UV) diffraction from photonic crystals will
pave the way forward for developing diffractive optical elements in the deep UV wavelength …
pave the way forward for developing diffractive optical elements in the deep UV wavelength …
Optical Study of Defects in Self-assembled Three-dimensional Photonic Crystals
Optical Study of Defects in Self-assembled Three-dimensional Photonic Crystals Page 1 Th3A.
68.pdf The International Conference on Fiber Optics and Photonics 2016 © OSA 2016 Optical …
68.pdf The International Conference on Fiber Optics and Photonics 2016 © OSA 2016 Optical …