1) electrical impedance tomography
阻抗断层摄影成像技术
1.
Three methods of bio impedance measurement are introduced in this article,which are electrical impedance tomography(EIT),magnetic resonance imaging(MRI)and impedance spectrometry(IS).
本文介绍三种生物阻抗的测量方法 ,它们分别是阻抗断层摄影成像技术 ( electricalimpedance tomography,EIT)、基于磁共振成像 ( magnetic resonance imaging,MRI)的方法和阻抗谱测量 ( impedance spectrometry)技术 ,并分别简要介绍了各自的应
2) impedance
阻抗
1.
Influence of annealing condition on the stress impedance of Fe-based amorphous alloy ribbons;
退火条件对铁基非晶薄带压应力阻抗效应的影响
2.
Comparative study of reconstructed impedance cardiogram and radio-nuclide ventriculography in detection of left ventricle ejection fraction;
重建心阻抗图与核素心室显像测定左室射血分数的对比研究
3.
Assessment of Impedance Characteristics Associated with Cochlear Implants Worn by Patients;
人工耳蜗植入术后电极阻抗特性分析
3) impendence
阻抗
1.
An impendence sensor measuring both flowrate and watercut;
一种同时测量流量和含水率的流体阻抗传感器
2.
The simplified analysis solution of impendence function is obtained for the torsional vibration of the pile-soil interaction.
基于 Biot 动力固结方程,将平面应变假定应用于饱和土介质桩土相互作用中,研究了饱和土桩耦合扭转振动问题,得到了桩顶阻抗函数的简化解析解。
4) resistance
阻抗
1.
Research on arterial resistance and compliance;
动脉阻抗及其顺应性研究
2.
Calculation of inter -zone s trip resistance by the resistances of all inter-zone s rational paths;
由合理路径阻抗推求区间出行阻抗
3.
On teachers resistance to curriculum reform;
试析教师对课程改革的阻抗
5) acoustic impedance of p-wave
纵波阻抗
6) impedance
阻抗器
1.
Through research of production process of square steel pipe with 300mm×300mm×12mm produced by LW1250 cold bending profile unit under directly forming process,this process is found to have many questions such as existing of surface scratch,discontinuous weld seam,non-penetration,and adhering impedance.
通过对LW1250冷弯型钢机组直接成型300mm×300mm×12mm方形钢管工艺过程的研究,发现该工艺存在型钢表面划伤、焊缝断续、熔深不透、易黏连阻抗器等问题。
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。
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