材料科学
产量(工程)
纳米技术
可扩展性
单晶
焊剂(冶金)
聚合物
结晶学
复合材料
计算机科学
化学
数据库
冶金
作者
Chao Ge,Xiaojiao Zheng,Qing Guo,Yang Liu,Xutang Tao
标识
DOI:10.1002/adma.202210685
摘要
Single crystals possess the most perfect and stable morphology and represent the intrinsic and upper limits of performance when integrated into various application scenarios. However, for a large portion of the newly emerging low-dimensional and molecular materials, the mass production of crystals with a desirable shape is still challenging. Here, a universal and high-yield method to grow functional single crystals with controlled dimensions is provided that can be directly integrated into a device. By utilizing a polymeric flux in combination with a compressed growth space, numerous materials can be grown into size-controllable single crystalline flakes, with millions produced in one batch. This scalable growth method shows promise for the large-scale integration of micro-single-crystals as functional components, as exemplified by the construction of a 5 in. field-effect transistor array.
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