In this paper we present a feasible variant of a device for in-process roughness measurement during an optical polishing process. The system, already presented as Tirm respectively I-Tirm, has been technically varied and can now be integrated into almost any lever polishing process with little effort. This enables new possibilities regarding real-time optical manufacturing process monitoring and optimization. © 2021 SPIE.Immediate accessThis item from the UA Faculty Publications collection is made available by the University of Arizona with support from the University of Arizona Libraries. If you have questions, please contact us at repository@u.library.arizona.edu
AbstractProcesses for the production of optically smooth surfaces are very costly. This is due to a ...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
In manufacturing engineering the surface finish of a machined component is of fundamental importance...
The possibilities of iTIRM, an in-process surface measurement tool, are explored in this research. E...
International audienceIt is demonstrated that the removal rate in polishing optic materials decrease...
The measurement of surface finish has been recognized as an important element of Computer Integrated...
This paper lays out the trail onto a closed-loop polishing process of optical elements enabling the ...
A new tool with which to monitor the quality (roughness and subsurface damage) of optical surfaces d...
[出版社版]In this progressive age, a high level mirror finishing method, that is the ultraprecision poli...
Surface roughness is an important characteristic to determine how an object interact with the enviro...
Surface finish usually affects the quality, performance and lifetime of engineering products. With t...
A new measurement method, called iTIRM, is presented. It is capable of measuring the surface quality...
This paper details the development of a novel device for monitoring the quality of the metal surface...
In this paper, a comparative experimental surface roughness measurement method based on the speckle ...
An optical method is described that makes measurement of surface roughness of machined parts in a wi...
AbstractProcesses for the production of optically smooth surfaces are very costly. This is due to a ...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
In manufacturing engineering the surface finish of a machined component is of fundamental importance...
The possibilities of iTIRM, an in-process surface measurement tool, are explored in this research. E...
International audienceIt is demonstrated that the removal rate in polishing optic materials decrease...
The measurement of surface finish has been recognized as an important element of Computer Integrated...
This paper lays out the trail onto a closed-loop polishing process of optical elements enabling the ...
A new tool with which to monitor the quality (roughness and subsurface damage) of optical surfaces d...
[出版社版]In this progressive age, a high level mirror finishing method, that is the ultraprecision poli...
Surface roughness is an important characteristic to determine how an object interact with the enviro...
Surface finish usually affects the quality, performance and lifetime of engineering products. With t...
A new measurement method, called iTIRM, is presented. It is capable of measuring the surface quality...
This paper details the development of a novel device for monitoring the quality of the metal surface...
In this paper, a comparative experimental surface roughness measurement method based on the speckle ...
An optical method is described that makes measurement of surface roughness of machined parts in a wi...
AbstractProcesses for the production of optically smooth surfaces are very costly. This is due to a ...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
In manufacturing engineering the surface finish of a machined component is of fundamental importance...