Metode til risikovurdering af gasproducerende lossepladser 

6 Referencer

/1/ Landfilling of Waste: Biogas. Edited by T. H. Christensen, R. Cossu and R.Stegmann. First edition 1996. ISBN 0 419 19400 2
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/2/ N. J. O’Riordan og C. J. Milloy. Risk assessment for methane and other gases from the ground. Construction Industry Reswearch and Information Association (CIRIA). Report no. 152, 1995.
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/3/ P. J. Hooker and M. P. Bannon. Methane: Its Occurrence and Hazards in Construction. Construction Industry Reswearch and Information Association (CIRIA). Report no. 130, 1995.
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/4/ K. Haarstad. Methane in Landfills: Production, Oxidation and Emissions. Sixth International Landfill Symposium, Sardinia 1997, Proceedings, volume VI, p. 33-44.
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/5/ Miljøstyrelsens vejledninger nr. 6 og 7, 1998. Oprydning på forurenede lokaliteter
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/6/ Forprojektet. Risikovurdering ved gaslossepladser. Miljøstyrelsen, August 1998.
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/7/ M. Christophersen and P. Kjeldsen. Field Investigations of Lateral Gas Migration and Subsequent Emission at an Old Landfill. Seventh International Landfill Symposium, Sardinia 1999, Proceedings, volume VI, p. 79-87.
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/8/ C. Maurice og A. Lagerkvist. Seasonal Variation of Landfill Gas Emissions. Sixth International Landfill Symposium, Sardinia 1997, Proceedings, volume VI, p. 87-93.
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/9/ J. Harbst. Dansk Brandteknisk Institut. Personlig kommunikation med Lene Schepper 1991.07.17.
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/10/ Radon-95: En undersøgelse af metoder til reduktion af radonkoncentrationer i danske enfamiliehuse. Claus E. Andersen m.fl. , Forskningscenter Risø, April 1997. Rapport nr. Risø-R-979(DA).
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/11/ Christophersen M. Lateral spredning og emission af gas fra en gammel losseplads. PhD afhandling. Instituttet for Miljøteknologi. 28 april 2000
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/12/ Andersen, C.E.: Entry of soil gas and radon into houses. Risø rapport: Risø-R-623(En). 86 sider, 1992.
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/13/ Nazaroff WW. Radon transport from soil to air. Review of Geophysics 1992;30(2);137-160.
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/14/ Andersen, C.E., Koopmans, M. og de Meijer, R.J.: Identification of advective entry of soil-gas radon into a crawl-space covered with sheets of polyethylene foil. Risø rapport: Risø-R-876(En), 126 sider, 1996.
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/15/ Little, JC, Daisey JM and Nazaroff WW: Transport of subsurface contaminants into buildings - An exposure pathway for volatile organics. Environ. Sci. Technol., 1992, vol. 26(11), 2058-2066.
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/16/ Robinson AL, Sextro RG. The influence of a subslab gravel layer and open area on soil-gas and radon entry into two experimental basements. Health Physics 1995;69(3);367-377.
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/17/ Clements, WE and Wilkening MH: Atmospheric pressure effects on 222Rn transport across the earth-air interface. Journal of Geophysical Research, 1974, vol. 79(33); 5025-5029.
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/18/ Robinson AL, Sextro RG, Riley WJ. Soil-gas entry into houses driven by atmospheric pressure fluctuations - The influence of soil properties. Atmospheric Environment 1997;31(10);1487--1495.
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/19/ Revzan KL, Fisk WJ, Gadgil AJ. Modelling radon entry into houses with basements: Model description and verification, Indoor Air 1991;2;173--189.
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/20/ Riley WJ, Gadgil AJ, Bonnefous YC, Nazaroff WW. The effect of steady winds on radon-222 entry from soil into houses. Atmospheric Environment 1996;30(7);1167--1176.
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/21/ Riley WJ, Robinson AL, Gadgil AJ, Nazaroff WW.
Effects of variable wind speed and direction on radon transport from soil into buildings: model development and exploratory results. Atmospheric Environment, 1999, vol. 33, 2157-2168.
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/22/ Kjeldsen P and Ficsher EV: Landfill gas migration-Field investigations at Skellingsted landfill, Denmark. Waste Management & Research, 1995, vol. 13, 467-484.
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/23/ Andersen, C.E., Søgaard-Hansen, J., og Majborn B.: Soil-gas entry into a simple test structure: Comparison of experimental and modelling results. Radiation Protection Dosimetry vol. 56(1-4), 151-155 (1994).
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/24/ Robinson AL, Sextro RG, Fisk WJ: Soil-gas entry into an experimental basement driven by atmospheric pressure fluctuations-Measurements, spectral analysis, and model comparison. Atmospheric Environment, 1997, vol. 31(10), 1477-1585.
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/25/ Adomait M: Soil gas containing VOCs entering homes near hazardous lands. CMHC, Canada Mortgage and Housing Corporation, 1992.
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/26/ Andersen. C.E., Bergsøe, N.C., Brendstrup, J., Damkjær, A., Gravesen, P., Ulbak, K.: Radon-95: En undersøgelse af metoder til reduktion af radonkoncentrationen i danske enfamiliehuse. Risø rapport: Risø-R-979(DA), 108 sider, april 1997.
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/27/ Andersen, C.E., Bergsøe, N.C., Majborn, B., and Ulbak, K.: Radon and natural ventilation in newer Danish single-family houses. Indoor Air, vol. 7, 278-286, 1997.
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/28/ Statens Insititut for Strålehygiejne og Forskningscenter Risø: Naturlig Stråling i danske boliger. Sundhedsstyrelsen, 1987.
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/29/ Andersen, I. Basisbog i arbejdsmedicin. Del II, risikofaktorer i arbejdsmiljøet. Arbejdstilsynet november 1983.
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/30/ Københavns Amt.. Effektvurdering af pilotanlæg på Lyngby Losseplads. COWI 1998. 
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