ГОСТ 34210-2017 Топлива нефтяные. Определение теплоты сгорания в калориметрической бомбе (Переиздание)

[1]

Gross M.E., Gutherie G.В., Hubbard W.N., Katz C., McCullough J.P., Waddington G., and Williamson K.D., "Thermodynamic Properties of Furan", Journal, Am. Chemical Soc., Vol 74, N 18, Sept. 23, 1952, pp.4662-4669

[2]

Jessup R.S., "Heats of Combustion of the Liquid Normal Paraffin Hydrocarbons from Hexane to Dodecane", Journal of Research, Nat. Bureau Standards, Vol 18, N 12, February 1937, pp.115-128

[3]

Prosen E.J.R., and Rossini F.D., "Heats of Isomerization of the Five Hexanes", Journal of Research, Nat. Bureau Standards, Vol 27, N 3, September 1941, pp.289-310 (Research Paper RP 1420)

[4]

Barry F., and Richards T.W., "Heat of Combustion of Aromatic Hydrocarbons and Hexamethylene", Journal, Am. Chemical Soc, Vol 37, N 5, May 1915, pp.993-1020

[5]

Coops J., and Verkade P.E., "A New Method for the Determination of the Heats of Combustion of Volatile Substances in the Calorimetric Bomb", Recueil traveus chimique, Vol 45, 1926, pp.545-551

[6]

Hubbard W.N., Huffman H.M., Knowlton J.W., Oliver G.D., Scott D.W., Smith J.C., Todd S.S., and Waddington G., "Thermodynamic Properties of Thiophene", Journal, Am. Chemical Soc., Vol 71, N 3, March 1949, pp.797-808

[7]

Le Tourneau R.L., and Matteson R., "Measurement of Heat of Combustion of Volatile Hydrocarbons", Analytical Chemistry, Vol 20, N 7, July 1948, pp.663-664

УДК 665.73:662.216.4:006.354

МКС 75.160.20

Ключевые слова: нефтяные топлива, определение теплоты сгорания в калориметрической бомбе