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Publications

Items where Author is "Pavese, F*"

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Number of items: 8.

Bojkovski, J*; Fischer, J*; Machin, G; Pavese, F*; Peruzzi, A*; Renaot, E*; Tegeler, E* (2009) A roadmap for thermal metrology. Int. J. Thermophysics, 30 (1). pp. 1-8.

Pavese, F*; Fellmuth, B*; Hill, K D*; Head, D I; Hermier, Y*; Lipinski, L*; Nakano, T*; Peruzzi, A*; Sakurai, H*; Szmyrka-Grzebyk, A*; Steele, A G*; Steur, P P M*; Tamura, O*; Tew, W L*; Valkiers, S*; Wolber, L* (2008) Progress towards the determination of the relationship of triple-point temperature versus isotopic composition of neon. Int. J. Thermophysics, 29 (1). pp. 57-66.

Fellmuth, B*; Wolber, L*; Hermier, Y*; Pavese, F*; Steur, P P M*; Peroni, I*; Szmyrka-Grzebyk, A*; Lipinski, L*; Tew, W L*; Nakano, T*; Sakurai, H*; Tamura, O*; Head, D I; Hill, K D*; Steele, A G* (2005) Isotopic and other influences on the realization of the triple point of hydrogen. Metrologia, 42. pp. 171-193.

Pavese, F*; Ferri, D*; Peroni, I*; Pugliese, A*; Steur, P P A*; Fellmuth, B*; Head, D I; Lipinski, L*; Peruzzi, A*; Grzebyk, A S*; Wolber, L* (2003) Cryogenic temperature sealed fixed points: a new-generation of nuclear cells at IMGC. AIP Conf. Proc., 684 (1). pp. 179-178.

Pavese, F*; fellmuth, B*; Head, D I; Hermier, Y*; Peruzzi, A*; Grzebyk, A S*; Zanin, L* (2003) MULTICELLS: a European project on cryogenic temperature fixed points in sealed cells. AIP Conf. Proc., 684 (1). pp. 161-166.

Peng, L*; Yuzhul, M*; Chaosheng, H*; Pavese, F*; Peroni, I*; Head, D I; Rusby, R L (2003) Realization of the lambda transition temperature of 4He using sealed cells. AIP Conf. Proc., 684 (1). pp. 191-195.

Fellmuth, B*; Head, D I; Pavese, F*; Szmyrka-Grazebyk, A*; Tew, W* (2001) Special problems when realising the triple point of hydrogen as a defining fixed point of the ITS-90. In: TEMPMEKO 01, June 2001, Berlin, Germany.

Pavese, F*; de Groot, M*; Fellmuth, B*; Head, D I; Hermier, Y*; Szmyrka-Grazebyk, A*; Zanin, L* (2001) The project 'MULTICELLS' for the development of new temperature standards in the cryogenic range down to 2.18 K by means of sealed cells. In: TEMPMEKO 01, June 2001, Berlin, Germany.

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