Atomic force microscope (AFM) tip-based nanomilling has drawn significant attention
because it can greatly improve the material removal rate. Previous studies have mainly …

The edges of van der Waals materials exhibit unique physical and chemical properties, and
they are promising for applications in many fields, such as optoelectronics, energy storage …

To calculate the shear yield stress and effect of the gold film thickness on sandwich
structures, a force transducer was used to measure cutting forces during nanoskiving, and …

Au nanowires have been promoted in flexible electronics, micro-nano bioelectrodes, and
micro-electrochemical detection benefit from their inherent size effect, unique chemical …

The process of removing nanodust adhering to nanostructured surfaces is important for
improving yield and sustainability in manufacturing fields that utilize the structural …

This study proposes a rapid process for fabricating metallic microfibers: vibration chiseling. A
parallelogram-shaped vibration is superimposed on the tool using a two-dimensional non …

Nanoindentation has emerged as a pioneering technique for fabricating array structures at
the nanoscale. This research incorporates molecular dynamics simulations to investigate the …

In this study, silver/silver-tetracyanoquinodimethane nanowires with excellent microstructure
quality are prepared by combining the nanoskiving method with the solution reaction …

Abstract In this study, Ag/Ag-TCNQ nanowires with excellent microstructure quality are
prepared by combining the nanoskiving method with the solution reaction method, and their …

This paper proposes an experimental evaluation method based on atomic force microscopy
(AFM) to compare and analyze the prediction accuracy of various individual and …