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Controlled self-assembly of Triazatruxene overlength microwires for optical waveguide

机译：用于光波导的三氮杂卓烯超长微丝的受控自组装

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Controlled low-dimensional organic nanomaterials have great application prospects in the field of optoelectronics. However, it is difficult to obtain the controlled synthesis method for organic microstructure, because the interaction of the organic molecules is easy to be affected by the external environment. In this paper, we reported that the ultra-long microwires of the ethyl modified soft@rigid 2D Triazatruxene core with large planar pi configuration were prepared by external environment. During the optical waveguide process, this prepared microwires displayed low propagation loss with 0.0632 dB/mu m at 425 nm, which is lower than most of organic aggregations. This microstructure preparation method will provide beneficial enlightenment for the development of miniaturized devices of photonic integrated circuits.
机译：可控的低维有机纳米材料在光电子领域具有广阔的应用前景。然而，由于有机分子的相互作用容易受到外部环境的影响，因此难以获得用于有机微观结构的受控合成方法。在本文中，我们报道了由外部环境制备的具有大的平面pi构型的乙基改性软刚性2D Triazatruxene核的超长微丝。在光波导过程中，这种制备的微线在425 nm处的传播损耗很低，为0.0632 dB /μm，低于大多数有机聚集体。这种微结构制备方法将为光子集成电路小型化设备的发展提供有益的启示。

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