Titlebook: Metrology; Wei Gao Reference work 2019 Springer Nature Singapore Pte Ltd. 2019 Process Control.Precision Length Sensors.Precision Angle Se

Systemic

果核

Dimensional Metrology Using Mode-Locked Lasers,e, mode-locked lasers are nowadays available to facilitate the progress by responding to ever-growing industrial demands on the measurement precision and functionality beyond the capabilities of conventional lasers. The optical spectrum of mode-locked lasers, referred to as the frequency comb, acts

牢騷

Nanopositioning and Nanomeasuring Machines, diversified micro- and nanotechnologies, stimulates the advance in precision metrology. Fabricated structures reach atomic dimensions in ever-larger areas, thus becoming more and more complex, also in three dimensions. Consequently, measurements are made – to an increasing extent – of larger surfac

高度贊揚(yáng)

Confocal Microscopy for Surface Profilometry,ng today’s global competition. In the past decades, great effort had been devoted to developing novel solutions for in-line optical inspection of surfaces and the dynamic characteristics of tested components or devices. Conventional approaches to microscale 3D surface profilometry have adopted novel

cringe

指派

Optical Micro-CMM,ant development has taken place in the evaluation technology for micro-components, particularly in three-dimensional metrology, which is still in development. The gap between the traditional CMM’s specification and the demand for geometric dimensioning and tolerancing of a micro-component with the b

medium

antipsychotic

按時(shí)間順序

Machine Tool Prognosis for Precision Manufacturing, advancement of precision manufacturing technologies. As the precision and quality of manufactured parts are significantly affected by the performance of the machine tools, accurate and reliable condition monitoring, performance prediction, and maintenance of machine tools become one important part

fulmination

Cylindrical Gear Metrology,inal cylindrical gear geometry are given in a two-dimensional (2D) space and extended to a three-dimensional (3D) space. The geometric parameters for assessing the conformance of gear design and manufacturing are highlighted based on the current international standards. Conventional gear inspections