Objective The corrected transposition of great artery (CTGA) can be operated not only for physiological circulatory but also anatomical structural correction.
目的使矫正型大动脉转位(CTGA)不仅从生理上，而且从解剖上得到纠正。
In both cases, these cycles can result from new requirements, correction of initial mistakes, various types of structural improvements, and so on.
这些周期在两种情况下都源于新需求、初始错误的纠正、各种结构化改进，等等。
The research has enabled static correction technology, noise suppression technology and structural imaging technology to have good systematic suitability and adaptability.
通过研究使静校正技术、噪声压制技术，以及构造成像技术等具有较好的针对性、系统性、适应性。
Secondly, according to the change of damage structural frequency and modal, the fixity factor is identified by RBF neural network, then FEM correction of truss is finished.
其次，根据损伤后的结构频率与模态的变化，应用径向基神经网络，进行结构节点固结系数的识别，从而实现对网架结构有限元模型的修正。
In accordance with the actual conditions, the PC-1500 microcomputer was used to make spatial correction and compile structural maps. Practice proves this technique to be effective.
并结合实际使用PC- 1500微机进行空间校正作构造图，实践证明效果良好。
The modal superposition method is often used for computing the Perturbation of eigenvectors in the modification for structural and correCtion for model.
模态展开法是计算特征向量摄动量的常用方法之一，但当高阶模态被截断时。
The modal superposition method is often used for computing the Perturbation of eigenvectors in the modification for structural and correCtion for model.
模态展开法是计算特征向量摄动量的常用方法之一，但当高阶模态被截断时。
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