ГОСТ 34898—2022
[97]
BrownA.S., Milton M.J.T, CowperC.J., Squire G.D., Bremser W., Branch R.W. Analysis ofnaturalgasbygas chro
matography— reduction ofcorrelated uncertainties by normalisation, J. Chromatogr. A. 2004, 1040pp. 215—225
[98] Evaluation of measurement data — Supplement 1 to the «Guide to the expression of uncertainty in measure
ment»— Propagation ofdistributions usinga Monte Carlomethod, Joint Committee for Guidesin Metrology, JCGM
101:2008 (BIPM, IEC, IFCC, ISO, IUPAC, IUPAP, OIML), 82+viiip.
[99]
Mullins E. Statistics for the Quality Control Chemistry Laboratory, Royal Society of Chemistry (Cambridge, U.K.),
456p.(2003), Chapter 1— VariabilityinAnalytical Measurements, pp. 19—20
[100] HumphreysA.E. ed. British Gas Data Book volume 2 — Substitute Natural Gas, section 9.2.3, Limits ofFlamma
bilityinAir (Jul. 1976), 6p.
[101]SilverL. The Purging of Gas Plant and Holders. Gas J, 1947, pp. 317—
9
[102] Spiers H.M. Calculation ofthe Maximum Temperature ofGas Flames, in Technical Data on Fuel (6th edition 1961),
pp. 96—97
[103] Jaeschke M., Humphreys A.E. Standard GERG Virial Equation for Field Use, Groupe Europeen de Recherches
Gazieres, Tech. Monograph No. GERG tM5 (1991), 173+xip., alsoprintedas Fortschritt-Berichte 6no. 266 (1992)
[104]ISO 12213-3:2006
Natural gas — Calculation of compression factor— Part 3: Calculation using physical
properties
[105]ISO 15403-1:2006
Natural gas — Natural gas for use as a compressed fuel for vehicles— Part 1: Designa
tion ofthe quality
[106]ISO/TR 22302:2014
Natural gas— Calculation ofmethane number
[107] Humphreys A.E. Calculation of the calorific value of coal, British Gas London Research Station Technical Re
port T627 (Dec. 1983), 4 p.
[108]BS 8609:2014Natural gas— Calculation ofcarbon dioxide emission factors from composition
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