高密度存储 meaning in Chinese
high-density storage
Examples
- Due to its supper - resolution imaging ability and its unique three - dimensional microfabrication ability . it has been widely used in life science , 3d - optical data storage , and lithographic microfabrication . the imaging principles of confocal microscopy have been discussed extensively by many authors , but all of those theories did n ' t account for the nonlinear effect of two - photon excitation
近十多年来，其理论研究和应用研究都取得很大进展，特别是双光子共焦显微镜，由于具有极高的空间分辨率和特有的三维处理能力，因而在生物医学研究、三维高密度存储以及三维微细加工等领域具有变革性的应用潜力，取得了许多突破性进展，已成为光学及其交叉学科中最诱人、最活跃的研究领域之一。 - Therefore , the waveguide optical modes in the semiconductor lasers with different waveguide structures are investigated by means of optical waveguide theory . with the development of fabrication and packaging techniques , the dimensions of optoelectronic and photonic systems have become smaller and smaller . the far - field radiation models are no longer suitable for the near - field distribution of semiconductor lasers
随着制作工艺和封装技术的发展，光电系统和光子系统的尺寸越来越小，半导体激光辐射的远场模型不再适合其近场特性的分析；而且，半导体激光器可以作为近场虚拟光探针，应用于近场光学高密度存储、纳米光刻、近场光学成像以及光谱探测等领域。 - In the last twenty years , extensive studies have been made on the structure , basic magnetic properties , interlayer coupling , interfacial structures and its relative effects in magnetic thin and ultrathin films due to their potential application in magnetic random access memory ( mram ) and ultrahigh - density data storage
随着在磁性随机存储器和超高密度存储技术中应用的不断拓展，近二十年来，磁性薄膜和超薄膜的结构、基本磁性、层间耦合、界面状况及其相关效应一直是人们研究的熟点和难点之一。