Filter back projection (FBP) reconstruction algorithm is adopted by fan beam industrial ct systems.
扇束工业CT系统普遍采用滤波反投影(FBP)重构算法。
The singlet vertical excited states of free-base porphin(FBP)have been investigated by TDDFT, ZINDO and INDO /S.
运用TDDFT、ZINDO、INDO/S三种量子化学理论方法，对卟吩的单线垂直激发态进行了理论计算与归属研究。
This algorithm requires the center of rotation of the scan inspection platform to be identical with the reconstruction center of the FBP algorithm.
该算法要求扫描检台旋转中心须与FBP算法重构中心一致。
The physiologic process of folic acid, including absorbing, transporting, and metabolism, were mediated by a specific binding protein-folate binding protein (FBP).
叶酸在特异性结合蛋白——叶酸结合蛋白(fbp)的作用下，完成其吸收、转运、代谢等一系列生理过程。
Traditional filtered backprojection (FBP) method required complete projection data, which were often difficult or even impossible to acquire for objective reasons.
传统的滤波反投影算法(FBP)要求完备的投影数据，而实际检测中往往由于客观原因无法获得完全的投影数据。
On the one hand, the new establishment of FBP color space further promotes the uniformity of surface color system. On the other hand, it offers a direction for the uniformity of color space.
FBP颜色空间的建立进一步推动了颜色表色系统的均匀化的同时，也为颜色空间均匀化提供了一个探讨的方向。
On the one hand, the new establishment of FBP color space further promotes the uniformity of surface color system. On the other hand, it offers a direction for the uniformity of color space.
FBP颜色空间的建立进一步推动了颜色表色系统的均匀化的同时，也为颜色空间均匀化提供了一个探讨的方向。
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