Migration de Radio-éléments dans le sol

Leon Baetslé; W. Maes; J. Souffriau; P.  Staner

Migration de Radio-éléments dans le sol

Leon Baetslé
, W. Maes
, J. Souffriau
, P. Staner

Research output › peer-review

Abstract

The meteorologie and hydrologie observations at the Mol site have been studied
and led to a correlation between both phenomena. From these data the recharge
rate of the aquifer and the real infiltration velocities have been computed.
A new device called "Multicounter" has been developed for the "in situ"
measurement of groundwater velocity and direction in non consolidated media.
The apparatus is made of a stainless steel cylinder with four counter tubes
piercing the bottom and one injection needle at the center of the bottom plate.
The activities of the four counters are recorded simultaneously and provide
Activity-Time plots which characterize the movement.

Original language	English
Publisher	Euratom - European Atomic Energy Community
Number of pages	66
State	Published - 1966

Publication series

Name	Euratom Reports
Publisher	Euratom
No.	EUR-2481-F

Access to Document

EUR_2481_FRFinal published version, 86.7 MBLicense: Unspecified

Cite this

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title = "Migration de Radio-{\'e}l{\'e}ments dans le sol",

abstract = "The meteorologie and hydrologie observations at the Mol site have been studied and led to a correlation between both phenomena. From these data the recharge rate of the aquifer and the real infiltration velocities have been computed. A new device called {"}Multicounter{"} has been developed for the {"}in situ{"} measurement of groundwater velocity and direction in non consolidated media. The apparatus is made of a stainless steel cylinder with four counter tubes piercing the bottom and one injection needle at the center of the bottom plate. The activities of the four counters are recorded simultaneously and provide Activity-Time plots which characterize the movement. ",

keywords = "Contrat Euratom N° 002-63-10 WASB, Hydraulique, Radio-{\'e}l{\'e}ments",

author = "Leon Baetsl{\'e} and W. Maes and J. Souffriau and P. Staner",

year = "1966",

language = "English",

series = "Euratom Reports",

publisher = "Euratom - European Atomic Energy Community",

number = "EUR-2481-F",

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TY - BOOK

T1 - Migration de Radio-éléments dans le sol

AU - Baetslé, Leon

AU - Maes, W.

AU - Souffriau, J.

AU - Staner, P.

PY - 1966

Y1 - 1966

N2 - The meteorologie and hydrologie observations at the Mol site have been studied and led to a correlation between both phenomena. From these data the recharge rate of the aquifer and the real infiltration velocities have been computed. A new device called "Multicounter" has been developed for the "in situ" measurement of groundwater velocity and direction in non consolidated media. The apparatus is made of a stainless steel cylinder with four counter tubes piercing the bottom and one injection needle at the center of the bottom plate. The activities of the four counters are recorded simultaneously and provide Activity-Time plots which characterize the movement.

AB - The meteorologie and hydrologie observations at the Mol site have been studied and led to a correlation between both phenomena. From these data the recharge rate of the aquifer and the real infiltration velocities have been computed. A new device called "Multicounter" has been developed for the "in situ" measurement of groundwater velocity and direction in non consolidated media. The apparatus is made of a stainless steel cylinder with four counter tubes piercing the bottom and one injection needle at the center of the bottom plate. The activities of the four counters are recorded simultaneously and provide Activity-Time plots which characterize the movement.

KW - Contrat Euratom N° 002-63-10 WASB

KW - Hydraulique

KW - Radio-éléments

M3 - Third partyreport

T3 - Euratom Reports

BT - Migration de Radio-éléments dans le sol

PB - Euratom - European Atomic Energy Community

ER -