二维单晶材料生长研究进展与展望（英文）

作者：徐小志^*; 刘开辉^*

来源：Science Bulletin, 2022, 67(14): 1410-1412.

<正>Consisting of one to a few atomic layers, two-dimensional (2D)materials have atomically perfect surfaces that are free of dangling bonds and exhibit various exotic physical and chemical properties[1]. Even more exciting, one can construct new materials by stacking different 2D layers as they are generally bonded by van der Waals interactions[2]. Therefore, in the past decade, 2D materials have attracted much interest in the field of materials science, physics, chemistry and electrical/optical engineering. To implement the most anticipated applications of the 2D materials-based devices in the future, the growth of large-scale 2D single crystals is a prerequisite. Only single crystals can ensure the ultimate intrinsic performance of the materials and the uniformity of the devices.

• 单位
  华南师范大学; 北京大学