Tuning selective reflection of light by surface anchoring in cholesteric cells with oblique helicoidal structures

Iadlovska Olena S.; Maxwell Graham R.; Babakhanova Greta; Mehl Georg H.; Welch Christopher; Shiyanovskii Sergij V.; Lavrentovich Oleg D.

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Tuning selective reflection of light by surface anchoring in cholesteric cells with oblique helicoidal structures

机译：用倾斜螺旋结构锚固胆固度锚定调整光的选择性反射

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Selective reflection of light by oblique helicoidal cholesteric (Ch(OH)) can be tuned in a very broad spectral range by an applied electric field. In this Letter, we demonstrate that the peak wavelength of the selective reflection can be controlled by the surface alignment of the director in sandwich cells. The peak wavelength is blue-shifted when the surface alignment is perpendicular to the bounding plates and red-shifted when it is planar. The effect is explained by the electric field redistribution within the cell caused by a spatially varying heliconical Ch(OH) structure. The observed phenomenon can be used in sensing applications. (c) 2018 Optical Society of America

机译：通过倾斜螺旋胆甾体（CH（OH））的选择性反射可以通过施加的电场在非常宽的光谱范围内调谐。在这封信中，我们证明了选择性反射的峰值波长可以通过夹层细胞中的导向器的表面对准来控制。当表面对准垂直于边界板时，峰值波长是蓝色移位的蓝色移位，并且当它是平面时的红色移位。该效果是由电池内的电磁场再分布来解释由空间变化的升降的升降的CH（OH）结构引起的。观察到的现象可用于传感应用。（c）2018年光学学会

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《Optics Letters》 |2018年第8期|共4页
作者
Iadlovska Olena S.; Maxwell Graham R.; Babakhanova Greta; Mehl Georg H.; Welch Christopher; Shiyanovskii Sergij V.; Lavrentovich Oleg D.;
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Kent State Univ Liquid Crystal Inst Kent OH 44242 USA;

Kent State Univ Liquid Crystal Inst Kent OH 44242 USA;

Kent State Univ Liquid Crystal Inst Kent OH 44242 USA;

Univ Hull Dept Chem Kingston Upon Hull HU6 7RX N Humberside England;

Univ Hull Dept Chem Kingston Upon Hull HU6 7RX N Humberside England;

Kent State Univ Liquid Crystal Inst Kent OH 44242 USA;

Kent State Univ Liquid Crystal Inst Kent OH 44242 USA;

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正文语种 eng
中图分类计量学;光学;
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1. Tuning selective reflection of light by surface anchoring in cholesteric cells with oblique helicoidal structures [J] . Iadlovska Olena S., Maxwell Graham R., Babakhanova Greta, Optics Letters . 2018,第8期

机译：用倾斜螺旋结构锚固胆固度锚定调整光的选择性反射
2. Controlling the selective light reflection of a cholesteric liquid crystal of (hydroxypropyl)cellulose by electrical stimulation [J] . Nishio Y., Kimura N., Oshima K., Macromolecules . 1998,第7期

机译：通过电刺激控制（羟丙基）纤维素的胆甾型液晶的选择性光反射
3. Modulated surface nanostructures for enhanced light trapping and reduced surface reflection of crystalline silicon solar cells [J] . Tayagaki Takeshi, Hoshi Yusuke, Hirai Yuji, Japanese Journal of Applied Physics. Part 2, Letters . 2016,第5期

机译：调制的表面纳米结构可增强晶体硅太阳能电池的光俘获和减少的表面反射
4. Analysis of selective reflection spectrum in cholesteric liquid crystal cells for solar-ray controller [C] . Akifumi Ogiwara, Hiroshi Kakiuchida Conference on liquid crystals . 2014

机译：用于太阳光控制器的胆甾型液晶单元的选择性反射光谱分析
5. Analysis of reflection, transmission and absorption of frequency selective surfaces in the infrared. [D] . Puscasu, Irina. 2001

机译：分析红外频率选择表面的反射，透射和吸收。
6. Electrically Tunable Selective Reflection of Light from Ultraviolet to Visible and Infrared by Heliconical Cholesterics [O] . Jie Xiang, Yannian Li, Quan Li, -1

机译：螺旋胆甾醇从紫外线到可见光和红外光的电可调选择性反射
7. Periodic dynamics, localization metastability, and elastic interaction of colloidal particles with confining surfaces and helicoidal structure of cholesteric liquid crystals [O] . Varney, M., Zhang, Q., Tasinkevych, M., 2014

机译：胶体颗粒与约束表面和胆甾型液晶的螺旋结构的周期动力学，局域亚稳态和弹性相互作用
8. Blue Shifting Tuning of the Selective Reflection of Polymer Stabilized Cholesteric Liquid Crystals (Postprint). [R] . Lee, K. M., Tondiglia, V. P., Godman, N. P. 2017

机译：聚合物稳定胆甾型液晶选择性反射的蓝移调整（postprint）。

Tuning selective reflection of light by surface anchoring in cholesteric cells with oblique helicoidal structures

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