Formulation for the
preparation of a beta
scintillating plastic device
François Cardarelli*, Marius Chemla, Jean-Pierre Simonin and
Pierre Turq
Abstract. -
A new technique
for the preparation of a beta scintillating plastic from a resin doped
with fluorescent material is presented. The making of the plastic is
easy, quick, and does not require any special laboratory equipment.
This formulation for a polymerization kit enables to obtain a beta
ternary plastic scintillator device with the shape and the size
required by the user. The plastic can be either cast into a mould or
machined to obtain a device, ready to be used as a nuclear detector in
experiments involving beta emitters. It can be used for making
radiochromatography cells, capillary electrophoresis devices, etc. The
capability of the plastic has been tested in a diffusion experiment:
the self-diffusion coefficient of labelled chloride 36Cl−
in an aqueous
electrolyte solution of 0.1 M sodium chloride has been measured by the
closed capillary technique. The result is in good agreement with
published values.
Optical Materials
Volume 4, Issue 6, October 1995, Pages 735-740 [Full
text PDF file (380 KB)]
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Keywords: maths,
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mechanics, quantum
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relativity, electricity,
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chemistry,
general chemistry, inorganic chemistry, organic chemistry, analytical
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surface chemistry,
industrial chemistry,
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engineering, electrochemical
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properties, aqueous electrolytes, electrolysis, electrodics, electrode
kinetics, corrosion science, electrodeposition, electrowinning,
electrorefining, electrocatalysis,
electrodes,
inert anode, dimensionally stable anodes (DSA®), chlorine
evolution, ruthenium
dioxide (RuO2),
DSA-Cl2,
DSA-RuO2,
oxygen evolution, iridium dioxide (IrO2),
DSA-O2,
DSA-IrO2,
mixed metal oxides (MMO), activated
titanium anodes, oxide coated titanium
anodes, lead anodes,
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spinel electrodes,
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batteries, fuel cells, molten
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iron and steel, cobalt and cobalt alloys, nickel and nickel alloys,
manganese, ferroalloys, ferrosilicon, ferrophosphorus, ferrochromium,
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