Single-point diamond turning (SPDT) is a widely used process in the production of high-
quality, high-precision optoelectronic components. Surface roughness is a key indicator of …

Previous simulations indicated that pure metals can be amorphized during diamond turning.
However, no pure metal has been successfully amorphized during this procedure to date …

NiP coating has excellent physicochemical properties and is one of the best materials for
coating optical components. When processing NiP coatings on optical components, single …

Abstract Radial-fly-cutting (RFC) is a promising technique for the fabrication of micro-
structured surfaces. In this paper, the generation of both micro-structured surfaces and …

The development of diffractive optical elements (DOEs) enables fascinatingly compact
design and chromatic aberration correction. Fabrication errors of DOEs include periodic …

Structural coloration of metal surfaces based on the diffraction mechanism of blazed gratings
has considerable value for use in anti-counterfeiting and information encryption …

This study aims to monitor the occurrence of diffractions generated by periodic tool marks
during single-point diamond turning (SPDT) of aspheric surfaces. The diffraction of lens …

This paper addresses the issue of reduced image quality due to annular turning marks
formed by single-point diamond turning (SPDT) during the processing of metal-based …

Cube corner retroreflector is an optical element with high reflectivity, widely used to improve
safety in low-light environments. High-precision and surface finish die cores are used to …

High-contrast imaging has been used to discover and characterize dozens of exoplanets to
date. The primary limiting performance factor for these instruments is contrast, the ratio of …