Phase-change devices for simultaneous optical-electrical applications.

Phase-change devices for simultaneous optical-electrical applications.
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同时光学应用应用的相变设备。

DOI:
10.1038/s41598-017-10425-8
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发表时间:
2017-08-29
期刊:
影响因子:
4.6
通讯作者:
Wright CD
Wright CD
中科院分区:
综合性期刊3区
文献类型:
--
作者:
Au YY;Bhaskaran H;Wright CD

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我们提出了一个可行的途径,相变器件的设计和表征工作在一个混合模式的光电,或光电,方式。此类设备具有潜在的应用,从新型显示器到光门控开关再到基于可重配置超材料的设备。考虑到这一点,一个专门建造的光电探针站能够同时光电激发和同时光电响应测量已被设计和建造。两个原型相变器件,可能利用同时的光学和电学效应和/或需要同时的光学和电学特性,即混合模式的交叉杆型结构和基于微加热器的结构,已被设计,制造和表征。基于微加热器的方法被证明是能够成功的热诱导循环,在非晶和结晶状态之间,大面积相变器件,使其有吸引力的实用的像素制造在相变显示应用。
We present a viable pathway to the design and characterization of phase-change devices operating in a mixed-mode optical-electrical, or optoelectronic, manner. Such devices have potential applications ranging from novel displays to optically-gated switches to reconfigurable metamaterials-based devices. With this in mind, a purpose-built optoelectronics probe station capable of simultaneous optical-electrical excitation and simultaneous optical-electrical response measurement has been designed and constructed. Two prototype phase-change devices that might exploit simultaneous optical and electrical effects and/or require simultaneous optical and electrical characterisation, namely a mixed-mode cross-bar type structure and a microheater-based structure, have been designed, fabricated and characterized. The microheater-based approach was shown to be capable of successful thermally-induced cycling, between amorphous and crystalline states, of large-area phase-change devices, making it attractive for practicable pixel fabrication in phase-change display applications.
全息图像产生具有薄膜共振是由葡萄干剂相变材料引起的。
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