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Contribuții la realizarea etalonului primar al unității de temperatură în domeniul cuprins între punctul triplu al argonului (-189,344 2 ˚C) și punctul de solidificare al argintului (961,78 ˚C)                 

Sonia Gaiță, 2007                                                                                                                               Cuprins

 

Capitolul 4
 
 

 

BIBLIOGRAFIE 

[1]   Preston-Thomas H. (1990): The International Practical Temperature Scale of 1990 (ITS-90); Metrologia 27, 3-10

[2]   ISO Guide 99:1993: International Vocabulary of Basic and General Terms in Metrology (VIM)

[3]   ISO/IEC Guide 99:2007: International vocabulary of metrology – Basic and general concepts and associated terms (VIM)

[4]  Nașokin V.V. (1979): Engineering thermodynamics and heat transfer (MIR Publishers, Moscow)

[5]  Țițeica Ș.(1982): Termodinamica (Editura Academiei R.S.R., București)

[6]  Popescu I.M. (1982): Fizică (Editura didactică și pedagogică, București)

[7]   Sostmann H.E. (1993): Metal melting and freezing equilibria phase, phase diagrams, cryoscopic constants; Isotech Journal of Thermometry, vol. 4, No.2, 59-80

[8]   Gâdea S., Petrescu M. (1979): Metalurgie fizică și studiul metalelor (Editura didactică și pedagogică, București)

[9]   McLaren E.H. (1962): The Freezing Points of High Purity Metals as Precision Temperature Standards; Temperature. Its Measurement and Control in Science and Industry  (Instrument Society of America, Pittsburg) 3, 185-200

[10] Riddle J.L., Furukawa G.T., Plumb H.H. (1973): Platinum Resistance Thermometry; National Bureau of Standards Monograph 126

[11] McLaren E.H., Murdock E. G. (1963): The Freezing Points of High Purity Metals as Precision Temperature Standards VII. Thermal Analyses on seven samples of bismuth with purities greater than 99.999+%; Canadian Journal of Physics 41, 95-112

[12] Mangum B. W., Furukawa G.T. (1990): Guidelines for Realizing the International Temperature Scale of1990 (ITS-90); NIST Technical Note 1265

[13] Cox J.D., Vaughan M.F. (1982): Temperature fixed points:Evaluation of four types of triple-point cells; Temperature. Its Measurement and Control in Science and Industry (American Institute of Physiscs, New York) 5, 267-280

[14] Rudtsch S. (2005): Cryoscopic Constant, Heat and Enthalpy of Fusionof Metals and Water; CCT Document CCT-05-04/rev

[15] Hill D. K., Rudtsch S. (2005): Thermometry’s dependence on chemical metrology: a needs-based assessment; Metrologia 42, L1-L4

[16] Fellmuth B. (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

[17] Fellmuth B. (2003): Comments on the underestimation of the change of fixed-point temperature by impurities due to a non-justified application of Raoult’s law; Document CCT/03-12, BIPM

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