Multispeed rewritable optical-recording method with an initialization-free phase-change disk |
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Authors: | Miao Xiang Shui Shi Lu Ping Tan Pik Kee Li Jian Ming Lim Kian Guan Hu Xiang Chong Tow Chong |
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Affiliation: | Data Storage Institiue, DSI Building, 5 Engineering Drive 1, Singapore 117608. miao_xiangshui@dsi.a-star.edu.sg |
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Abstract: | A new method of multispeed rewritable optical recording is presented. An initialization-free phase-change optical disk is proposed as a candidate for multispeed rewritable optical recording. The simulated results of the initialization-free disk at different linear velocities show that the cooling rate increases from approximately 18.69% to 37.96%. A model that combines the crystallization acceleration effect due to the additional layers and the rapid cooling rate due to the initialization-free disk structure is proposed as the physical mechanism of the multispeed recording method with an initialization-free disk. The dynamic optical-recording properties of the initialization-free DVD-RAM disk at different recording speeds shows that the initialization-free phase-change optical-recording disk is compatible with a broad range of recording speeds from 3.49 to 12.21 m/s. |
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