Biologische cyclus van chloor in de bosbouw: Analyse van naalden, strooisel en humus

Carolien Verbeeck; Hildegarde Vandenhove

Biologische cyclus van chloor in de bosbouw: Analyse van naalden, strooisel en humus

Carolien Verbeeck
, Hildegarde Vandenhove

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Abstract

Research to possibilities for underground storage of radioactive disposal is very contemporary. In the long term, chlorine-36, is an important potential contributor to radiation doses arising from leakage of a nuclear waste repository. The data needed for a comprehensive radiological assessment are however limited. In particular, the accumulation of chlorine-36 in soil and vegetation of a natural ecosystem like forest is now questioned. Stable chlorine (chlorine-35) shows a high occurrence in the environment and can be used as a surrogate for studies of chlorine-36 cycling.

Original language	English
Awarding Institution	Katholieke Hogeschool Kempen
Supervisors/Advisors	Thiry, Yves, Supervisor Van Hees, May, Supervisor Schoone, Kristien, Supervisor, External person
Place of Publication	Geel, Belgium
Publisher	Thomas More
State	Published - 22 Jun 2007

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Biologische cyclus van chloor in de bosbouw - Analyse van naalden, strooisel en humusFinal published version, 569 KBLicense: Unspecified

Cite this

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title = "Biologische cyclus van chloor in de bosbouw: Analyse van naalden, strooisel en humus",

abstract = "Research to possibilities for underground storage of radioactive disposal is very contemporary. In the long term, chlorine-36, is an important potential contributor to radiation doses arising from leakage of a nuclear waste repository. The data needed for a comprehensive radiological assessment are however limited. In particular, the accumulation of chlorine-36 in soil and vegetation of a natural ecosystem like forest is now questioned. Stable chlorine (chlorine-35) shows a high occurrence in the environment and can be used as a surrogate for studies of chlorine-36 cycling.",

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N2 - Research to possibilities for underground storage of radioactive disposal is very contemporary. In the long term, chlorine-36, is an important potential contributor to radiation doses arising from leakage of a nuclear waste repository. The data needed for a comprehensive radiological assessment are however limited. In particular, the accumulation of chlorine-36 in soil and vegetation of a natural ecosystem like forest is now questioned. Stable chlorine (chlorine-35) shows a high occurrence in the environment and can be used as a surrogate for studies of chlorine-36 cycling.

AB - Research to possibilities for underground storage of radioactive disposal is very contemporary. In the long term, chlorine-36, is an important potential contributor to radiation doses arising from leakage of a nuclear waste repository. The data needed for a comprehensive radiological assessment are however limited. In particular, the accumulation of chlorine-36 in soil and vegetation of a natural ecosystem like forest is now questioned. Stable chlorine (chlorine-35) shows a high occurrence in the environment and can be used as a surrogate for studies of chlorine-36 cycling.

KW - Chlorine

KW - Cl-36

KW - Forest

KW - organic matter

UR - http://ecm.sckcen.be/OTCS/llisapi.dll/open/ezp_81282

M3 - Master's thesis

PB - Thomas More

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