Etching, considered as the reverse process of growth, has drawn intensive interests in the
past decades. Rather from offering building blocks for formation of materials, etching is …

Next‐generation nanodevices require 2D material synthesis on insulating substrates.
However, growing high‐quality 2D‐layered materials, such as hexagonal boron nitride …

The controllable synthesis of complicated nanostructures in advanced two‐dimensional (2D)
semiconductors, such as periodic regular hole arrays, is essential and remains immature …

The low-cost growth of wafer-scale single-crystal (SC) shows great potential in its practical
application. Epitaxial growth of large-area SC graphene on pre-produced SC metal foil with …

Cadmium telluride (CdTe) has prime importance in photovoltaics due to its direct band gap
of 1.45 eV. However, its two-dimensional counterparts have not been fully explored due to …

In this chapter, various top-down and bottom-up synthesis methods of graphene are
discussed with a special focus on the latest graphene bulk-production method—the flash …

Universal production of 2D materials on arbitrary insulators Page 1 Universal production of 2D
materials on arbitrary insulators Item Type Preprint Authors Li, Junzhu;Yuan, Yue;Lanza …

Graphene synthesis on insulating substrates is a cornerstone for research on low-
dimensional materials. However, it is challenging to grow graphene on insulators due to the …

石墨烯的优异性能使其有望应用于未来的电子和光电器件中, 采用化学气相沉积法进行石墨烯
薄膜的可控制备有助于其在高性能器件中的大规模应用. 然而多晶结构石墨烯薄膜中的大量晶界 …