1) photographic data recording
数据摄影记录
3) recording camera
记录摄影机
4) data record
数据记录
1.
Algorithms of mining data records from website automatically;
从网站中自动挖掘数据记录的算法(英文)
2.
The Research and the Design of Information System deal with Aircraft Data Records
机载数据记录处理信息系统的研究与实现
3.
From the requirement to the important parameters of ship-to-air missile weapon system,the course and method of data record have been analyzed.
从舰空导弹武器对重要参数的需求出发,分析了系统数据记录的过程和方法。
6) data recorder
数据记录
1.
With the development of integrated digitized avionics system,flight data recorder have become more and more to record the integrated data,depending on the requirement of digitized data collection system especially the requirement of the audio and video data,designed and realized on-aero integration data collection and analysis system.
随着数字化航电系统的发展,飞行数据记录系统越来越向着综合化数据记录的方向发展,根据数字化飞行数据记录器对综合数据尤其是音视频数据采集的需要,设计和实现了飞行数据综合纪录与分析系统,该系统不仅可进行的飞行数据特别是音视频数据的采集和存储,还对数据量庞大的音视频数据进行基于MPEG4的压缩。
2.
Directed to satisfying the requirements of flying trial for unmanned aerial vehicles(UAVs),a design project of flying trial data recorder is presented based on large capacity flash storage.
针对当前无人机飞行试验的需要,给出了一种采用大容量闪存卡的飞行试验数据记录器设计实例,介绍了飞行试验数据记录器的工作原理,并采用大容量闪存卡,从软件的编制和硬件的设计给予了具体的实现,并且详细阐述了系统设计中的难点问题,文件系统和试验数据安全;在实际应用中表明采用该记录器具有存储容量大,可靠性高,体积小,重量轻,成本低,数据安全性高,数据管理方便等特点,为无人机定型提供了重要的技术支持。
3.
Directed against meeting the requirement of flying trial for unmanned aerial vehicles(UAVs),a design project of flying trial data recorder based on DSP TMS320F2812 and SD card is presented.
针对无人机飞行试验的需要,设计了一种基于TMS320F2812和SD卡(secure digital memory card)的飞行试验数据记录装置。
补充资料：摄影4．直接成像彩色摄影
摄影4．直接成像彩色摄影
Photography 4. Instant Photography
化工百科全书第14卷化学工业出版社摄影4.直接成像彩色摄影shesheying摄zhijie ehengxiang eaise sheying 4.直接成像彩色摄影photography4·Instant Photography4.影赵凤玺北京电影学院1.2.2，1.2 .1.1.2 .1.2.2 .1 .3.2 .2.2 .3.2 .4.概述··········································……129原理··········································……130SX一70一步摄影彩色胶片的结构······……130负片部分··························，·········……130正片部分····································……131加工药液包·································……132彩色影像的形成···························……133波拉彩色影像成像························……134SX一70系统的照相机·····················……1343.举例·············~·······~···~·~··””····”·…1353.1.PR一10一步摄影彩色胶片··············……1353.1.1.PR一10胶片的结构，·······················……1353.1.2.PR一1。胶片的结构特点·········”·······……1363.1.3.显影过程和成色原理···················”……1363.2.波拉维申彩色电影体系···········“·“·……1373.2.1.波拉维申胶片的特点·····················……1383.2.2.波拉维申胶片的成色原理”···········””·…138基本参考文献··········································……1391.概述 胶片曝光后，不需进暗室冲洗印制，可立即获得彩色正像的彩色摄影过程称为“直接成像彩色摄影”，俗称“一步摄影”。它是利用扩散一转移的反转法原理获得影像的。 一步彩色摄影是在专门的照相机或摄影机内完成的。加工药品作为胶片单元的一个部分组合在一起，胶片曝光后，粘稠的加工药品立即被照相机的机械运动从药包中挤出而进入胶片层，其后的加工过程以一个单独的步骤，在胶片内密闭的条件下快速地进行。胶片被逐出相机后，一般可在几分钟内得到质量令人满意的彩色正像。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条