@inproceedings{MachinHartmannAnhaltetal., author = {Machin, Graham and Hartmann, J{\"u}rgen and Anhalt, Klaus and Beyon, G. and Edler, F. and Fourez, S. and Jimeno-Largo, p. and Lowe, D. and Morice, R. and Sadli, M. and Villamanan, M.}, title = {Future perspectives for high-temperature metrology from the FP5 HIMERT project}, address = {Lyon (Frankreich)}, language = {en} } @inproceedings{HartmannMachinBeynonetal., author = {Hartmann, J{\"u}rgen and Machin, Graham and Beynon, G. and Fourrez, S. and Lowe, D. and Morice, R. and Sadli, M. and Villamanan, M.}, title = {HIMERT: A pan-European project for development of metal-carbon eutectics as temperature standards}, address = {Chicago (USA)}, language = {en} } @inproceedings{HartmannMachinBeynonetal., author = {Hartmann, J{\"u}rgen and Machin, G and Beynon, G and Edler, F and Fourrez, S and Lowe, D and Morice, R and Sadli, M and Villamanan, M}, title = {HIMERT}, series = {AIP Conference Proceedings}, booktitle = {AIP Conference Proceedings}, publisher = {American Institute of Physics}, isbn = {0-7354-0153-5}, pages = {285 -- 290}, abstract = {Metal-carbon eutectic mixtures show much promise for high-temperature standards applications. A research project, Novel, High temperature, Metal-carbon Eutectic fixed points for Radiation Thermometry, Radiometry and Thermocouples (HIMERT) was accepted by the European Union (submitted under the Framework 5 Growth Programme) with a view to developing a unified European approach to these standards. The objectives of the project are to develop fixed-point cells both for radiation thermometry/radiometry and contact thermometry calibration applications. In total three sets of cells will be developed, two for radiation thermometry (by BNM-INM and NPL) and one for contact sensors (by BNM-LNE) and comparisons performed of the differing crucible designs. The cells developed for radiation thermometry will be calibrated according to the ITS-90 and measured radiometrically by a third participant (PTB …}, language = {en} }