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INITIALIZATION DEVICE FOR PHASE TRANSITION OPTICAL RECORDING MEDIUM AND PHASE TRANSITION OPTICAL RECORDING MEDIUM

机译:相变光学记录介质和相变光学记录介质的初始化装置

摘要

PROBLEM TO BE SOLVED: To provide an initialization device which stably and easily initializes an optical recording medium to be initialized without requiring a focus servo means and to provide a phase transition type optical recording medium having a recording layer of a uniform crystalline state over the entire surface of an information signal recording and reproducing area by using this device. ;SOLUTION: The initialization device for the phase transition type optical recording medium for changing the recording layer of amorphous state formed on the optical recording medium to be initialized which is a precursor of the phase transition type optical recording medium to the crystalline state by irradiating the above recording layer with a laser beam emitted from a laser beam source to the crystal state has a high-speed shutter to be excited in tip state that the laser beam source, for example, a YAG laser 3, does not start oscillation. The laser beam of which the peak powder is set at ≥10,000 times that at the time of continuous oscillation is emitted within an extremely short time of about several 10 to several 100 ns.;COPYRIGHT: (C)2000,JPO
机译:解决的问题:提供一种初始化装置,其在不需要聚焦伺服装置的情况下稳定且容易地初始化要初始化的光学记录介质,并且提供一种相变型光学记录介质,其在整个记录面上具有均匀结晶态的记录层。使用该装置的信息信号记录和再现区域的表面。 ;解决方案:用于将通过初始化,改变形成在待初始化的光记录介质上的非晶态记录层改变为相态型光记录介质的初始化装置,该记录层是相变型光记录介质的前体,通过照射从激光源发射到晶体状态的激光在记录层上具有高速快门,该高速快门在尖端状态下被激发,从而激光源例如YAG激光器3不会开始振荡。峰值粉末设置为连续振荡时的10,000倍以上的激光束在大约10到100 ns的极短时间内发出。版权所有:(C)2000,JPO

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