化学通报（网络版）
化學通報（網絡版）
화학통보（망락판）
Chemistry Online
2006年
1期
1-9
,共9页
张智%刘学东%赵福群%张复实*
張智%劉學東%趙福群%張複實*
장지%류학동%조복군%장복실*
近场光存储%热致模式%光致模式%光存储材料
近場光存儲%熱緻模式%光緻模式%光存儲材料
근장광존저%열치모식%광치모식%광존저재료
Near-field recording%Heat-mode%Optical mode%Optical recording materials
近场光存储技术是用来提高存储密度的最有效手段之一.本文对近场光存储的概念、近场存储系统的发展、存储工艺以及存储介质进行了分类比较,并对所存在的问题进行了探讨,综述了近几年来近场光存储的研究和应用工作,讨论了其发展前景和有关的研究方向.
近場光存儲技術是用來提高存儲密度的最有效手段之一.本文對近場光存儲的概唸、近場存儲繫統的髮展、存儲工藝以及存儲介質進行瞭分類比較,併對所存在的問題進行瞭探討,綜述瞭近幾年來近場光存儲的研究和應用工作,討論瞭其髮展前景和有關的研究方嚮.
근장광존저기술시용래제고존저밀도적최유효수단지일.본문대근장광존저적개념、근장존저계통적발전、존저공예이급존저개질진행료분류비교,병대소존재적문제진행료탐토,종술료근궤년래근장광존저적연구화응용공작,토론료기발전전경화유관적연구방향.
Technology of near-fielding recording is one of the best ways to promote the storage density. In this paper, comparisons among the concept of near-field recording, the progress of near-field recording system, the technology of optical recording and the storage materials will be made. And then, the successes which were made in the research works were reported and the problems which slow up the development of near-field recording were also discussed. Finally, the trends of the near-field recording and the materials were described.
