Grundvattenförorening vid trafikolyckor - Myndigheten för ...
Grundvattenförorening vid trafikolyckor - Myndigheten för ...
Grundvattenförorening vid trafikolyckor - Myndigheten för ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
7. Referenser<br />
Aaltonen, J. 2001: Ground Monitoring using Resistivity Measurements in Glaciated<br />
Terrains. Doctoral Thesis. Div.of Land and Water Resources, KTH, Stockholm.<br />
TRITA‐AMI PHD 1042.<br />
Ekblad, J., Isacsson, U. 2007: Time‐domain reflectometry measurements and soil‐<br />
water characteristic curves of coarse granular materials used in road<br />
pavements. Can. Geotech. J. 44, 858‐872.<br />
Espeby, B. & Gustafsson, J.P. 1998: Vatten och ämnestransport I den omättade<br />
zonen. En kunskapsöversikt. TRITA‐AMI Rapport 3038. Avd <strong>för</strong> mark‐ och<br />
vattenresurser, Inst <strong>för</strong> anläggning och miljö, Kungliga Tekniska Högskolan.<br />
Gontier, M. 2001: Vulnerability assessment for di‐icing salt contamination of<br />
private wells: MSc thesis. Dept of civil and environmental engineering, Royal<br />
Institute of Technology. Thesis Report series 2001:12<br />
Gontier, M., Olofsson, B. 2002: Areell sårbarhetsbedömning <strong>för</strong><br />
grundvattenpåverkan av väg<strong>för</strong>orening. Rapport till Vägverket 2002‐09‐05.<br />
KTH, Inst <strong>för</strong> Mark‐ och Vattenteknik, Stockholm<br />
Jansson, P.‐E., Karlberg, L. 2004: Coupled Heat and Mass Transfer Model for Soil‐<br />
Plant‐Atmosphere Systems. Royal Institute of Technology, Dept of Land and<br />
Water Resources Engineering, Stockholm, 435 pp.<br />
(ftp://www.lwr.kth.se/CoupModel/CoupModel.pdf)<br />
Jansson, P.‐E., Moon, D.S. 2001: A coupled model of water, heat and mass transfer<br />
using object orientation to improve flexibility and functionality.<br />
Environmental Modelling & Software 16, 37‐46.<br />
Knutsson, G., Maxe, L., Olofsson, B., Jacks, G., Eriksson, A. 1998: The origin of<br />
increased chloride content in the groundwater at Upplands Väsby. In Nystén,<br />
T., & Suokko, T., 1998: Deicing and dustbinding ‐ risk to aquifers (D&D98).<br />
Nordic Hydrological Programme (NHP), Report no 43, pp 223‐231.<br />
Källström, H., Mourujärvi, H. 1999: Teknik <strong>vid</strong> kemikalieolycka. Räddningsverket,<br />
Rapport U30‐582/99.<br />
Loke, M.H. 2007: RES3DINV. Rapid 3‐D Resistivity and IP inversion using the least‐<br />
squares method. Manual, Geotomo Software, Malaysia.<br />
Lundmark, A. 2005: Modeling the impact of deicing salt on soil water in a roadside<br />
environment. Licentiate thesis, TRITA‐LWR‐LIC 2024. Dept of Land and Water<br />
Resources Engineering, Royal Institute of Technology, Stockholm<br />
Lundmark, A. 2008: Monitoring tranport and fate of de‐icing salt in the roadside<br />
environment – Modelling and measurements. TRITA‐LWR PHD 1038, Doctoral<br />
thesis, Dept of Land and Water Resources Engineering, Royal Institute of<br />
Technology.<br />
Lundmark, A., Jansson, P.‐E. 2008: Regional GIS‐linked model to monitor the<br />
environmental impacts of de‐icing salt. In Lundmark (2008). Monitoring<br />
transport and fate of de‐icing salt in the roadside environment – Modelling<br />
and field measurements. TRITA‐LWR PHD 1038, Doctoral thesis, Dept of Land<br />
and Water Resources Engineering, Royal Institute of Technology.<br />
40