ГОСТ РИСО 13833—2016
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Библиография
Nuclear energy — Vocabulary (ИСО 931:1997 Ядерная энергия. Словарь)
[Я
ISO 921:1997
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2
]
ISO 10780
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3
]
ISO 12039
И)
EN 15259
I5|
EN 15440
[
6
]
ASTM D6866
[7]
ASTM D7459
Stationary source emissions — Measurement of velocity and volume flowrate of gas streams in
ducts (ИСО 10780 Выбросы стационарных источников. Измерение скорости и объемного
расхода газовых потоков в трубах)
Stationary source emissions — Determination of carbon monoxide, carbon dioxide and
oxygen — Performance characteristics and calibration of automated measuring systems
(ИСО 12039 Выбросы стационарных источников. Определение содержания монооксида
углерода, диоксида углерода и кислорода. Характеристики и калибровка автоматических
измерительных систем в условиях применения)
Air qualrty — Measurement of stationary source emissions — Requirements for measurement
sections and sites and for the measurement objective, plan and report (EH 15259 Качество воз
духа. Выбросы стационарных источников. Требования к выбору измерительных секций
и мест измерений, цели и плану измерений и составлению отчета)
Solid recovered fuels — Methods for the determination of biomass content (EH 15440 Топливо
твердое из бытовых отходов. Определение содержания биомассы)
Standard test methods for determining the bioDased content of sow. liquid, and gaseous samples
using radiocarbon analysis
Standard practice forcollection of integrated samples for the speciationof biomass (biogenic) and
fossil-derived carbon dioxide emitted from stationary emissions sources
[8]
Cicen G.. Achllli M., Calcagmle L.. Toscano G.. Connaldesl F. Comparison of different methodologies for the
determination ofthe biogenic carbon content in a sample ofsolid recovered fuels. 3rd International Conference on
Sustainable Energy and Environmental Protection. Dublin. 2009-08-12/15
[9]
Ctceri G., Ciprlano D.. Roberto G.. Scacchl C.. Blanchilli B., Catanzam G. Quantification of biomass content In
municipal solid waste and solid recovered fuels by means of the measuring of C at the plant emission. 3rd
International Conference on Sustainable Energy and Environmental Protection. Dublin. 2009-08-12/15
[10JFellner J ..CencicO ..R echbergerH. A new method to determine the ratio ofelectricityproduction from fossil and
biogenic sources In waste-to-energy plants. Environ. Sci. Technol. 2007. 41. pp. 2579—2586
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11
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Fellner J.. & Rechberger H. Abundance of 14C In biomass fractions of wastes and solid recovered fuels. Waste
Manag. 2009. 29. pp. 1495— 1503
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12
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Calcagnile L.. Quarta G., D’Ella G., Ciceri G., Martmotti V. Radiocarbon AMS determination of the biogenic
component in C02 emitted from waste incineration. Nucl. Instrum. Meth. B. 2011. 269, pp. 3158— 3162
[13)Levin I.. Naegler T.. Kromer B.. Diehl M.. Francey R.J.. Gomez-Pelaez A.J. et al. Observations and modelling of
the global distribution and long-term trend on atmospheric 14C02 Tellus. 2010, 626. pp. 26—46
[14)Levin I.. & Kromer B. The tropospheric 14C02 level m mid-latitudes of the northern hemisphere (1959—2003).
Radiocarbon. 2004. 46. pp. 1261— 1272
[15)Mohn J., SzidatS.. FellnerJ.. Rechberger H.. Quartier R.. Buchmann B. etal. Determination of biogenic and fossil
C02 emitted by waste incineration based on 14C02 and mass balances. Bioresour. Technol. 2008, 99. pp.
6471—6479
[16)Mohn J.. Szidat S .. Zeyer К .. Emmenegger L. Fossil and biogenic C02 from waste incineration based on a
yearlong radiocarbon study. Waste Manag. 2012. 32. pp. 1516— 1520
[17)
Mook W.G.. & van der Pllcht J. Reporting 14C activities and concentrations. Radiocarbon. 1999.41 pp. 227—239
[18)
Norton G.A.. & Devlin S.L. Determining the modem carbon content of biobased products using radiocarbon
analysis. Bioresour. Technol. 2006. 97. pp. 2084—2090
[19) Palstra S.W.L.. & Meijer H.A.J. Carbon-14 based determination of the biogenic fraction of Industrial C02
emissions — Application and validation. Bioresour. Technol. 2010. 101. pp. 3702—3710
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20
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Performance of AMS analysis of a biomass reference material, quality chart data
[
21
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Potach H.A.Four decades of LS counting and spectrometry. In: Radiocarbon after four decades. An
Interdisciplinary perspective. (Taylor R.E.. Long A.. Kra R.eds.). Springer. New York. NY. 1992
22
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Stulver M.. & Polach H.A. Discussion: Reporting of 14C data. Radiocarbon. 1977. 19. pp. 355—363
[23)Flamme S., Hams S. Bestimmung des biogenen Kohlenstoffs — Methodenvergleich [Determination of biogenic
carbon — Method comparison). DepoTech. Leoben. 2008— 11—12
[24)Biogenic carbon determination In flue gas of a German cement kiln. ECRA. VDZ. Leoben University. ECN
[25)Vafcdation study on waste incinerators Belgium. ECN. TU Vienna. In press
[26)Validation study municipal waste incinerators Denmark. Force. In press.
[27)VDZ. ed. Messung von biogenen C02-Emisslonen In Drehofenabgasen [Measurement of biogenic C02
emissions in rotary kiln exhaust gases). In: Tatigkeltsbencht [Progress report) 2009—2012. p. 41. Dusseldorf:
Verlag Bau & Technlk, 2012
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