- “原因是混入了镍微粒”-索尼解释电池召回原因 (0篇回复)
- 奥林巴斯医疗系统在上海设立内窥镜产品维修中心 (0篇回复)
- 出光兴产开发出白光寿命长达7万小时的荧光型有机EL材料 (0篇回复)
- 电装开发出不发光时呈透明蓝色和白色的无机EL显示器 (0篇回复)
- 松下研制出可保存百年的双倍速4层BD-R光盘 (0篇回复)
- Laser TVs to chop power hogs (0篇回复)
- Laser TV, no plasma killer (0篇回复)
- 2-Axis Laser Alignment Tool Can Improve Manufacturing Efficiency (0篇回复)
- New law for cosmetic laser and light technology makes it challenging for spa (0篇回复)
- CONSTRUCTION STARTS ON GROUNDBREAKING LASER (0篇回复)
- Copper laser welding breakthrough for Trumpf (0篇回复)
- [转帖]索尼谈锂电池故障：着火原因“难断”,“无法断言100%不会着火” (0篇回复)
- [转帖]"终极显示器”迎来梦醒时分 (0篇回复)
- 英消协呼吁慎重激光治近视 (3篇回复)
- [转帖]A week's worth of science news, Oct. 15 (1篇回复)
- [求助]“科技信息及科普”版块英文信息求义务翻译！ (18篇回复)
- 昆山打造千亿光电产业链 (11篇回复)
- [转帖]Pentagon Confirms China's Anti-Satellite Laser Test (1篇回复)
- [转帖]55英寸SED首次公开进行影像显示 (0篇回复)
- [转帖]谁能在白色LED市场笑逐颜开？ (1篇回复)
- [转帖]1400 employees to work at Carl Zeiss SMT optics plant (0篇回复)
- [转帖]罗姆利用光子结晶制成可改变光束形状和尺寸的半导体激光器 (0篇回复)
- [转帖]建材一体式显示器及电子纸等开始拓展新用途 (0篇回复)
- Spectra-Physics claims diode laser power record (0篇回复)
- [推荐]液浸曝光国际会议开幕！接近量产水平的研究成果纷纷亮相 (0篇回复)
- [转帖]Technology may make food safer (0篇回复)
- [转帖]厚1/3、重1/5！ 东丽利用1枚薄膜实现直下型背照灯光线扩散与聚光功能 (0篇回复)
- [转帖]寿命1万小时的白色有机EL发光元件试制成功 采用蓝色磷光材料 (1篇回复)
- 可卷曲折叠5英寸全彩色显示器在中国研发成功 (5篇回复)
- [转帖]“跨越硅光子的障碍” 英特尔开发出硅与化合物半导体一体化的电流激励式激光 (1篇回复)
- [转帖]几个免费资源跟大家一起共享： (1篇回复)
- 奥林巴斯面向数码相机机壳等开发木材压缩成形技术 (0篇回复)
- Bell Labs Advances 100 Gbps Ethernet-Over-Optical (0篇回复)
- 中国电子视像行业协会成立等离子专业委员会 意在促进等离子的发展 (0篇回复)
- [转帖]Laser Hair Removal - Color Of Hair And Skin (1篇回复)
- [转帖]IntraLase eyes share gains in laser surgery (0篇回复)
- [转帖]Intel Introduces Laser Microchip (0篇回复)
- [转帖]凭借背照灯专用玻璃细管每年力争增长35％——日本肖特成立40周年 (0篇回复)
- 极力推荐：诺贝尔学术资源网——很好的文献检索资源网站 (3篇回复)
- [转帖]召回410万个！索尼的锂离子充电电池究竟发生了什么？ (2篇回复)