The key comparison EURAMET.L-K1.2011 on gauge blocks was carried out in the framework of a EURAMET project starting in 2012 and ending in 2015. It involved the participation of 24 National Metrology Institutes from Europe and Egypt, respectively. 38 gauge blocks of steel and ceramic with nominal central lengths between 0.5 mm and 500 mm were circulated. The comparison was conducted in two loops with two sets of artifacts. A statistical technique for linking the reference values was applied. As a consequence the reference value of one loop is influenced by the measurements of the other loop although they did not even see the artifacts of the others. This influence comes solely from three "linking laboratories" which measure both sets of a...
A EURAMET supplementary comparison between INRiM (National Metrology Institute of Italy), UME (Natio...
The results of the inter-RMO key comparison EUROMET.L-K5.2004 on the calibration of a step gauge are...
This paper shows the result of work of the Institute of Micromechanics and Photonics at Warsaw Unive...
The Consultative Committee for Length (CCL) identified several key comparisons in the field of dimen...
AbstractFor a national metrology laboratory and holder of national standard for length, capability o...
This comparison was undertaken to verify the competence of participating laboratories in mechanical ...
The results of the inter-RMO key comparison EURAMET.L-K5.2016 on the calibration of a step gauge are...
AbstractWhen gauge blocks are calibrated by the laser interferometer technique, phase-change correct...
The results of the inter-RMO key comparison EURAMET.L-K5.2016 on the calibration of a step gauge are...
Gauge blocks continue to be essential reference artifacts in manufacturing because of their simple g...
KEY COMPARISON At its meeting in October 2003, the EUROMET (now EURAMET) Technical Committee for Le...
A bilateral key comparison between INRiM (National Metrology Institute of Italy) and TUBITAK UME (Na...
peer reviewedDuring November 2011 a EURAMET key comparison of absolute gravimeters was organized in ...
This paper presents the evaluation of the uncertainty for the length measurement of gauge blocks by ...
Automated interferometers designed for calibration of gauge blocks and line scales are described. Th...
A EURAMET supplementary comparison between INRiM (National Metrology Institute of Italy), UME (Natio...
The results of the inter-RMO key comparison EUROMET.L-K5.2004 on the calibration of a step gauge are...
This paper shows the result of work of the Institute of Micromechanics and Photonics at Warsaw Unive...
The Consultative Committee for Length (CCL) identified several key comparisons in the field of dimen...
AbstractFor a national metrology laboratory and holder of national standard for length, capability o...
This comparison was undertaken to verify the competence of participating laboratories in mechanical ...
The results of the inter-RMO key comparison EURAMET.L-K5.2016 on the calibration of a step gauge are...
AbstractWhen gauge blocks are calibrated by the laser interferometer technique, phase-change correct...
The results of the inter-RMO key comparison EURAMET.L-K5.2016 on the calibration of a step gauge are...
Gauge blocks continue to be essential reference artifacts in manufacturing because of their simple g...
KEY COMPARISON At its meeting in October 2003, the EUROMET (now EURAMET) Technical Committee for Le...
A bilateral key comparison between INRiM (National Metrology Institute of Italy) and TUBITAK UME (Na...
peer reviewedDuring November 2011 a EURAMET key comparison of absolute gravimeters was organized in ...
This paper presents the evaluation of the uncertainty for the length measurement of gauge blocks by ...
Automated interferometers designed for calibration of gauge blocks and line scales are described. Th...
A EURAMET supplementary comparison between INRiM (National Metrology Institute of Italy), UME (Natio...
The results of the inter-RMO key comparison EUROMET.L-K5.2004 on the calibration of a step gauge are...
This paper shows the result of work of the Institute of Micromechanics and Photonics at Warsaw Unive...