INTRACOIN Study, Level 3, Fractured medium: Results calculated by VTT, Finland

Kari Rasilainen; Esko Peltonen

INTRACOIN Study, Level 3, Fractured medium: Results calculated by VTT, Finland

VTT Technical Research Centre of Finland

Research output: Book/Report › Report

Abstract

INTRACOIN study, level 3, fractured medium case was set up to investigate the impact of various physico-chemical mechanisms (dispersion, sorption, matrix diffusion and solubility limit) alone and together with each other on the discharge pulse. In this way it is possible to identify the mechanisms that have the strongest impact on the discharge pulse. 'Fractured medium' simulates conditions at the Finnsjoen site in east-central Sweden (depth 500 m, granitic rock). The bedrock is thought to consist of a regular grid of cubic blocks with flow porosity between the blocks. VTT has taken part in level 3 calculations using codes GETOUT and MMT1D.

Original language	English
Number of pages	11
Publication status	Published - 1986
MoE publication type	D4 Published development or research report or study

Publication series

Series	SKI Technical Report
Number	2 May
ISSN	1104-1374

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Cite this

Rasilainen, K., & Peltonen, E. (1986). INTRACOIN Study, Level 3, Fractured medium: Results calculated by VTT, Finland. SKI Technical Report, No. 2 May

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title = "INTRACOIN Study, Level 3, Fractured medium: Results calculated by VTT, Finland",

abstract = "INTRACOIN study, level 3, fractured medium case was set up to investigate the impact of various physico-chemical mechanisms (dispersion, sorption, matrix diffusion and solubility limit) alone and together with each other on the discharge pulse. In this way it is possible to identify the mechanisms that have the strongest impact on the discharge pulse. 'Fractured medium' simulates conditions at the Finnsjoen site in east-central Sweden (depth 500 m, granitic rock). The bedrock is thought to consist of a regular grid of cubic blocks with flow porosity between the blocks. VTT has taken part in level 3 calculations using codes GETOUT and MMT1D.",

author = "Kari Rasilainen and Esko Peltonen",

note = "LIS: D2 CA: YDI PGN: Appendix 2:12, 11 p. INTRACOIN, Final report levels 2 and 3, Model validation and uncertainty analysis",

year = "1986",

language = "English",

series = "SKI Technical Report",

number = "2 May",

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T2 - Results calculated by VTT, Finland

AU - Rasilainen, Kari

AU - Peltonen, Esko

N1 - LIS: D2 CA: YDI PGN: Appendix 2:12, 11 p. INTRACOIN, Final report levels 2 and 3, Model validation and uncertainty analysis

PY - 1986

Y1 - 1986

N2 - INTRACOIN study, level 3, fractured medium case was set up to investigate the impact of various physico-chemical mechanisms (dispersion, sorption, matrix diffusion and solubility limit) alone and together with each other on the discharge pulse. In this way it is possible to identify the mechanisms that have the strongest impact on the discharge pulse. 'Fractured medium' simulates conditions at the Finnsjoen site in east-central Sweden (depth 500 m, granitic rock). The bedrock is thought to consist of a regular grid of cubic blocks with flow porosity between the blocks. VTT has taken part in level 3 calculations using codes GETOUT and MMT1D.

AB - INTRACOIN study, level 3, fractured medium case was set up to investigate the impact of various physico-chemical mechanisms (dispersion, sorption, matrix diffusion and solubility limit) alone and together with each other on the discharge pulse. In this way it is possible to identify the mechanisms that have the strongest impact on the discharge pulse. 'Fractured medium' simulates conditions at the Finnsjoen site in east-central Sweden (depth 500 m, granitic rock). The bedrock is thought to consist of a regular grid of cubic blocks with flow porosity between the blocks. VTT has taken part in level 3 calculations using codes GETOUT and MMT1D.

M3 - Report

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BT - INTRACOIN Study, Level 3, Fractured medium

ER -