2) reorthogonalization
重正交
1.
In this paper, We study several variants of Gram-Schmidt algorithm and then propose a new row-wise MGS(MGSR) algorithm with CGS reorthogonalization.
通过分析MGSC,MGSR和CGS算法,提出用CGS重正交的MGSR算法,新算法保留了CGS和MGSR可以调用2级BLAS的优点,同时避免了MGSC通信多的缺点。
3) re-orthogonalization
重正交化
4) quadruply orthogonal
四重正交
5) positive remodeling
正性重构
1.
Intrtaplaque angiogenesis,positive remodeling vessel,endothelial parafunctional vessel have close relationship with plaque vulnerability.
斑块内新生血管,正性重构血管以及内皮功能严重不良血管与斑块的易损性关系密切,故提出易损血管概念,并将这3种类型的血管归属于易损血管范畴,认为在对易损斑块进行药物干预的同时,应考虑其对易损血管的影响,利用中药多靶点、多途径干预疾病的优势,研究开发对易损斑块和易损血管均有良好作用的中药更具临床意义。
6) orthogonal structure
正交结构
1.
According to function of orghogonal array;matrix and dividing matrix, we derived orthogonal structure and function of enough colum rank of designing matrix in orthogonal array.
根据正交表及矩阵、分块矩阵的有关性质推导出了正交表设计矩阵的正交结构及其满列秩性。
