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Optical diagnostics of luminescence materials for data recording

机译:用于数据记录的发光材料的光学诊断

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Abstract: One of the main storage elements is a memory element including the light-sensitive medium in which usually takes place the optical information recording. The information recording density on recording media is defined in the first place by their resolution which depends on medium homogeneity and degree of defects presence. Among new materials sensitive to light of particular interest are alkaline-earth sulphide films with additives of rare-earth element ions. Such films allow us to record information with multiple reading and rewriting. The information recording on such media takes place due to electron trapping by trap states materials irradiation with 488 nm laser radiation. The reading takes place owing to release of earlier trapped electrons from long-lived states under action of IR laser radiation (the wavelength is of 1064 nm). !9
机译:摘要:一种主要的存储元件是一种存储元件,其中包括通常在其中进行光学信息记录的感光介质。记录介质上的信息记录密度首先由其分辨率决定,该分辨率取决于介质的均质性和缺陷存在的程度。在对光敏感的新材料中,有添加稀土元素离子的碱土金属硫化物薄膜。这样的电影使我们可以通过多次阅读和重写来记录信息。在这种介质上的信息记录是由于电子被捕集态材料以488 nm激光辐射辐照而发生的。进行读取是由于在IR激光辐射(波长为1064 nm)的作用下,较早捕获的电子从长寿状态释放出来。 !9

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