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ECE laboratory in the Vin?a institute: Its basic characteristics and fundamentals of electrochemic etching on polycarbonate

机译:Vin?a研究所的ECE实验室:其在聚碳酸酯上进行电化学蚀刻的基本特征和基本原理

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This paper deals with the introductory aspects of the Electrochemical Etching Laboratory installed at the VIN?A Institute in the year 2003. The main purpose of the laboratory is its field application for radon and thoron large-scale survey using passive radon/thoron UFO type detectors. Since the etching techniques together with the laboratory equipment were transferred from the National Institute of Radiological Sciences, Chiba, Japan, it was necessary for both etching conditions to be confirmed and to be checked up^ i. e., bulk etching speeds of chemical etching and electrochemical etching in the VINCA Electrochemical Etching Laboratory itself. Beside this initial step, other concerns were taken into consideration in this preliminary experimental phase such as the following: the measurable energy range of the polycarbonate film, background etch pit density of the film and its standard deviation and reproducibility of the response to alpha particles for different sets of etchings.
机译:本文介绍了2003年在VIN?A研究所安装的电化学蚀刻实验室的介绍内容。该实验室的主要目的是使用无源application / tho UFO型探测器在ra和大规模测量中的现场应用。由于蚀刻技术和实验室设备是从日本千叶县国立放射科学研究所转移而来的,因此必须确认和检查两种蚀刻条件。例如,在VINCA电化学蚀刻实验室本身中进行化学蚀刻和电化学蚀刻的整体蚀刻速度。除了该初始步骤外,在此初步实验阶段还考虑了其​​他问题,例如:聚碳酸酯薄膜的可测量能量范围,薄膜的背景蚀刻凹坑密度及其标准偏差和对α粒子响应的重现性。不同套蚀刻。

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