1) Resolution on positive terms
正项分解
2) partial factors
分项修正
1.
The approach of the internal and external stability cheaking computations and aspects of partial factors for the design of geosynthetic reinforced wall filled with cohesion soil are described emphatically.
本文根据加筋土的工作机理,分析了加筋土高支挡的验算方法,提出了适合于合成材料、粘性土加筋挡墙内、外部稳定分析的方法,并在参数取值上考虑了分项修正系数,此外,优化技术成功地应用于加筋挡墙整体滑动的稳定分析。
2.
The Limit State Approach and aspects of partial factors for the design of geosynthetic reinforced soil structures are described emphatically.
笔者介绍了加筋土的加固机理及设计方法, 重点阐述了合成材料加筋土的极限状态设计方法的概念及分项修正系数, 在一合成材料粉煤灰加筋土高支档的设计及验算中引入了分项修正系数, 并对其主要设计指标确定进行了分析。
3) itemset decomposing
分解项集
6) orthogonal decomposition
正交分解
1.
A method called orthogonal complement faces(OC-faces) was presented based on the orthogonal decomposition theorem to free face recognition from feature extraction.
该方法基于空间正交分解理论,对不同类的原始训练样本进行Gram-Schmidt正交化,以正交化后的基张成各个不同的子空间,将测试样本分解为子空间投影及子空间正交补两部分。
2.
The signals of amplitude and phase which are senstive to materials of iron and stainless steel are created using the theory of X-R orthogonal decomposition.
运用X-R正交分解原理,最终处理分离出对铁和不锈钢成分灵敏的振幅和相位信号。
补充资料:正项
1.正税。 2.正式的项目;正规的项目。
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