1) imaging plane
成像平面
1.
A coordinate transformation relation between imaging plane and the measured plane, and a expression of line length were built.
在此过程中,同时建立了所测平面与成像平面的坐标点转换关系,以及求解线段长度的一般表达式。
2) Multiplane imaging
多平面成像
1.
It is based on a multiplane imaging method which consists of plate reflecting mirrors and enables simultaneous imaging of ten planes with various optical paths on a single charge coupled device(CCD) array.
提出一种新型光束质量实时测量技术,该技术主要基于由平板反射镜组成的多平面成像系统,一次性将激光束腰附近2倍瑞利距离内的多个光斑成像在同一个平面上,用CCD相机获取这些光斑的光强分布图样。
3) flat mirror images
平面镜成像
1.
According to the featurs of flat mirror images, the author of this article uses the principle of symmetrical pictures to totally transfer between the objet and the image, which is conducive to solving problems.
根据平面镜成像特点，运用对称法作留原理，将物体与像进行整体变换，大大有助于解题。
4) biplane imaging
双平面成像
1.
Measurement of stenotic mitral valve orifice area by real-time three-dimensional echocardiography biplane imaging;
实时三维超声心动图双平面成像评价风湿性二尖瓣狭窄瓣口面积
5) Focal Plane Imaging
焦平面成像
1.
Focal Plane Imaging is one of the most significant systems in millimeter wave imaging technology, as a result of the facts ,this technology has many advantages, such as real-time imaging, particularly for fast-moving targets, simple structure and easy implementation, it has been widely utilized in anti-terrorism security, scenes of surveillance, military reconnaissance and other fields.
焦平面成像是无源毫米波成像的主要体制之一,它可以实时成像,尤其对快速移动目标,且结构简单,易于实现,广泛应用于反恐安检、场面监视、军事侦察等领域。
6) Plane imaging prediction
平面成像预测
补充资料：单次激发回波平面成像
单次激发回波平面成像
磁共振成像术语。磁共振快速成像的方法之一。仅使用一次射频(RF)脉冲激励来获得图像的回波平面成像(EPI)方式。在EPI数据采集过程中令读出梯度快速往返振荡，产生一个相位编码彼此独立的梯度回波链，最终形成一幅图像。单次激发EPI采集时间短，一般仅为50～100ms，但存在着信号强度低、空间分辨率低、视野受限、磁敏感性伪影明显等缺点，这些缺点随技术的进步正在不断地克服。
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