1) schlieren photography
纹影摄影
2) high speed schlieren photography
高速纹影摄影
1.
The propagation and overpressure of shock wave in the airtight container which is acted on by explosion are obtained by electrometric method and high speed schlieren photography.
分别利用电测的方法和高速纹影摄影的方法测得了密闭容器受到外部爆炸冲击波的作用后 ,腔体内部的冲击波超压和波阵面的传播过程 ,从而说明了外界的强冲击波能够透过密闭容器壁面进入腔体内部 ,而其强度不可忽略 ,尚能够对其内部人员产生严重的杀伤作用 。
3) instantaneous schliern photography
瞬时纹影摄影
1.
For the research of influence on the shock distance apart from models by high enthalpy real-gas effect, a technique of instantaneous schliern photography is used, also, a technique of compensate filter to elimilate interference stripe and spontaneity light of flow filed is used in the experiment.
为了研究高焓真实气体效应对激波脱体距离的影响,本文采用了一种瞬时纹影摄影技术,并为消除流场自发光及干涉条纹的影响使用了补偿式滤光技术。
4) schlieren
纹影
1.
A LPG spray test system is established by using a high speed CCD camera and schlieren technique to capture the images of instant sprays.
利用光学纹影方法和高速CCD摄影建立了LPG燃料喷雾实验装置,并使用计算机图像处理技术得到了单孔LPG液态自由喷雾的瞬态喷雾特性,包括喷雾贯穿距离、喷雾角度、喷雾面积等。
2.
The distortion process driven by explosive detonation is observed by means of schlieren technique.
利用纹影技术研究了炸药爆轰后驱动物质的变形过程。
3.
A set of ultrahigh -speed transmission schlieren system is developed , and this system has a extremely high sensitivity.
研制了一套超高速透射式纹影系统,该系统具有极高的灵敏度。
5) schlieren
纹影法
1.
The study of laser welding shielded gas by schlieren;
激光焊接保护气体流态的纹影法研究
2.
The characteristics of atomization and penetration heights were investigated experimentally using the schlieren visualization system.
实验选用纹影法记录实验段图像,拍摄了不同注射压强条件下燃料有无气泡雾化的流场照片,对时间平均流场和瞬态流场分别进行记录。
6) schlieren trial
纹影试验
参考词条
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。