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BIBLIOGRAFIE [1] Preston-Thomas H. (1990): The International Practical Temperature Scale of 1990 (ITS-90); Metrologia 27, 3-10 [2] BIPM, IEC, IFCC, ISO, IUPAC, IUPAP, OIML (1993): Guide to the Expression of Uncertainty in Measurement [3] Gaiță Sonia (1998): Determinarea caracteristicilor metrologice ale etalonului național de temperatură în domeniul (0...419,527) °C și urmărirea stabilității în timp a acestora (Contract A 5, Ministerul Educației și cercetării) [4] I. Lira, D. Camarano, J. Paredes Villalobos and F. Santiago (1999): Metrologia 36, 107-111 [5] Gaiță Sonia (2000): Evaluarea incertitudinii de măsurare la punctele fixe de definiție ale SIT-90 din domeniul de temperatură (0...961,78) °C, Metrologie, vol. XLVII (serie nouă), nr.2/2000, pp. 34-41 [6] Eliane Renaot, Y. Hermier and G. Bonnier (2001): Technical Protocol to EUROMET Project T-K3 "Comparison of the realisations of the ITS-90 over the range 83.805 8 K to 692.677 K [7] B. Fellmuth, J. Fischer and E. Tegeler (2001): Comments on uncertainty budgets for characteristics of SPRTs calibrated according to the ITS-90; Workshop of the WG 3 of the CCT and EUROMET on uncertainties and CMCs in the field of thermometry, Berlin [8] M. Sadly, E. Renaot and G. Bonnier (2001): Uncertainty on ITS-90 realization with SPRTs between fixed points; Workshop of the WG 3 of the CCT and EUROMET on uncertainties and CMCs in the field of thermometry, Berlin [9] B. Fellmuth (2001): Influence of Impurities on the Realization of Defining Fixed Points of the ITS-90; Workshop of the WG 3 of the CCT and EUROMET on uncertainties and CMCs in the field of thermometry, Berlin [10] C. Meyer and Greg Strouse (2001): Uncertainty Budgets for SPRTs Calibrations at the Defining Fixed Points; Workshop of the WG 3 of the CCT and EUROMET on uncertainties and CMCs in the field of thermometry, Berlin [11] D. R. White (1998): The contribution of uncertainties in resistance measurements to uncertainties in the realization of the ITS-90; EUROMET Workshop on Temperature, Paris, pp. 13-18 [12] Gaiță Sonia (2001): Sensitivity analysis of combined standard uncertainties evaluated in SPRT's calibration according to the ITS-90; Proceedings of the International Congress Metrology 2001", Saint-Louis, Franța [13] Gaiță Sonia, Iliescu C. (2001): New model function for SPRT calibration at the defining fixed points of ITS-90, Proceedings of the International Conference of Metrology , București, 2001 [14] Gaiță Sonia, Iliescu C. (2001): Propagation of combined standard uncertainties evaluated in SPRT calibration according to ITS-90; Proceedings of the International Conference of Metrology (ISBN 973-99385-5-8), București [15] G. Bonnier, A. Diril, M. Arai, M. Ballico, V. Chimenti, S. Duris, E. Filipe, A. G. Ivanova, A. Kartal Dogan, E. Mendez-Lango, C. Meyer, F. Pavese, A. Peruzzi, E. Renaot, J. Seidel, M. Stock, S. Ugur, D.R. White (2005) : Proceedings of the 9th International Symposium on Temperature and Thermal Measurements in Industry and Science, TEMPMEKO 2004 (Zagreb, Croația), 1119-1125 [16] CIPM (1999): CIPM Mutual Recognition Arrangement; BIPM, Pavillon de Breteuil, F-92310 [17] Bonnier G. (1987): Calibration of temperature sensors. Uncertainty in the realization of the scale; Proceedings on Thermal and Temperature Measurement in Science and Industry, TEMP/IMEKO 87, Sheffield V.K [18] Asavinei I., Niculescu C., Iliescu C. (1992): Instalații și metode pentru realizarea și reproducerea SIT-90, etalon fundamental al unității de temperatură. Punctul triplu al Hg (Contract A- 92) [19] Gaiță Sonia (1992): Cercetări privind etalonul național al unității de temperatură în intervalul (0...961,78) °C (Contract B 303, Ministerul Educației și Cercetării) [20] Fellmuth B., Fischer J., and Tegeler E. (2002): Uncertainty budgets for characteristics of SPRTs calibrated according to the ITS-90; Document CCT/2001-02 [21] Strouse G., Tew W.L. (1994): Assessment of Uncertainties of Calibration of Resistance Thermometers at the National Institute of Standards and Technology, US Department of Commerce, NISTIR 5319 (1994) [22] Mangum B. W. et al. (2002): Summary of comparison of realizations of the ITS-90 over the range 83,8058 K to 933,473 K: CCT key comparison CCT-K3; Metrologia 39, 179-205 [23] (2002): Final report on key comparison CCT-K4 of local realizations of aluminium and silver freezing-point temperatures; Metrologia 39 [24] Sonia Gaiță (1993): Metode de evaluare a incertitudinii de etalonare a termometrelor cu rezistență din platină în intervalul (0...419,527) °C; Metrologie, vol. XL (serie nouă) nr. 4/1993, pp. 111-116 [25] Sonia Gaiță (1994): Metode de evaluare a incertitudinii de etalonare a termometrelor cu rezistență din platină în intervalul (0...961,78) °C; Simpozionul Național de Metrologie, București [26] BIPM (1990): Supplementary Information for the International Temperature Scale of 1990 [27] European co-operation for Accreditation (1999): Expression of the Uncertainty of Measurement in Calibration, EA-4/02 [28] Hermier Y., Bonnier G. (1990): Mise en place de lEIT-90; Bulletin du BNM 79 [29] Renaot E., Elgourdou M., Bonnier G. (1992): Mise en place de lEIT-90 (suite) entre 0 °C et 419,527 °C; Bulletin du BNM 90 [30] Heyer D., Tegeler E. (2005): Technical Protocol to Agreed EUROMET Project N° 820, EUROMET-T-K4 Comparison of the realisations of the ITS-90 at the freezing points of Al (660,323 °C) and Ag (961,78 °C) [31] Gaiță Sonia (2003): INMs Report on EUROMET.T-K3 [32] Gaiță Sonia (2005): INMs Report on EUROMET.T-K4 [34] CCT-WG3 on Uncertainties in Contact Thermometry (2009): CCT document 19.
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