Retention of radiocaesium traces in clays: a dynamic semi-emperical modelling approach

Nicolas Lewyckyj; Theo Zeevaert

Retention of radiocaesium traces in clays: a dynamic semi-emperical modelling approach

Nicolas Lewyckyj
, Theo Zeevaert

Research output

Abstract

The contribution consists of an abstract of a PhD thesis. After deposition, Cs+bioavailability in soil is a key parameter with regard to public exposure after a severe nuclear accident.The objective of the PhD thesis was to understand and model the interaction of Cs+ and 2:1 clay minerals. This interaction was characterised through Cs+ sorption-desorption experiments carried out on seven 2:1 clay minerals (four smectite types, illite, biotite and vermiculite)

Original language	English
Qualification	Doctor of Science
Awarding Institution	UCL - Université catholique de Louvain
Supervisors/Advisors	Zeevaert, Theo, SCK CEN Mentor Delvaux, Bruno, Supervisor, External person
Date of Award	13 Dec 2000
Publisher	SCK CEN
State	Published - 13 Dec 2000

Cite this

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title = "Retention of radiocaesium traces in clays: a dynamic semi-emperical modelling approach",

abstract = "The contribution consists of an abstract of a PhD thesis. After deposition, Cs+bioavailability in soil is a key parameter with regard to public exposure after a severe nuclear accident.The objective of the PhD thesis was to understand and model the interaction of Cs+ and 2:1 clay minerals. This interaction was characterised through Cs+ sorption-desorption experiments carried out on seven 2:1 clay minerals (four smectite types, illite, biotite and vermiculite) ",

keywords = "Clays, Cesium, Desorption, Environmental impacts, Sorption, Vermiculite, Reactor accidents",

author = "Nicolas Lewyckyj and Theo Zeevaert",

year = "2000",

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language = "English",

publisher = "SCK CEN",

address = "Belgium",

school = "UCL - Universit{\'e} catholique de Louvain ",

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TY - BOOK

T1 - Retention of radiocaesium traces in clays: a dynamic semi-emperical modelling approach

AU - Lewyckyj, Nicolas

A2 - Zeevaert, Theo

PY - 2000/12/13

Y1 - 2000/12/13

N2 - The contribution consists of an abstract of a PhD thesis. After deposition, Cs+bioavailability in soil is a key parameter with regard to public exposure after a severe nuclear accident.The objective of the PhD thesis was to understand and model the interaction of Cs+ and 2:1 clay minerals. This interaction was characterised through Cs+ sorption-desorption experiments carried out on seven 2:1 clay minerals (four smectite types, illite, biotite and vermiculite)

AB - The contribution consists of an abstract of a PhD thesis. After deposition, Cs+bioavailability in soil is a key parameter with regard to public exposure after a severe nuclear accident.The objective of the PhD thesis was to understand and model the interaction of Cs+ and 2:1 clay minerals. This interaction was characterised through Cs+ sorption-desorption experiments carried out on seven 2:1 clay minerals (four smectite types, illite, biotite and vermiculite)

KW - Clays

KW - Cesium

KW - Desorption

KW - Environmental impacts

KW - Sorption

KW - Vermiculite

KW - Reactor accidents

UR - https://ecm.sckcen.be/OTCS/llisapi.dll/overview/39216713

M3 - Doctoral thesis

PB - SCK CEN

ER -