The advancement of micro-nano fabrication techniques has enabled the precise modification of material surfaces, allowing for unique physical and chemical properties to emerge, catering to diverse application requirements. Black silicon, a well-studied material compatible with CMOS technology, provides an excellent model for exploring the overall properties of micro-nano surface morphologies. This review systematically investigates the morphology fabricated by five mainstream synthesis methods fo
Micro–nano surface engineering and property modulation: insights from black silicon for advanced material applications
Junling Lv·Zhong Lin Wang·Min Tang·Lan Lu·Xu Zhang·Gaojie Li·Xiarong Ren·Xinlin Liu·Haiyang Zou·Lihong Jiang·Xinao Cheng·MingRui Qian
