1) cross correlation mitigation
互相关减轻
1.
In terms of the theoretical analysis,the cross correlation computation formula based on frequency difference coefficient was deduced,and two new cross correlation mitigation methods,called the parallel cross correlation subtraction and the parallel cross correlation subtraction based on frequency difference coefficient were addressed.
通过理论分析,推导出了基于频差因子的互相关计算公式,提出了两种新的互相关减轻算法——并行互相关减去法和基于频差因子的并行互相关减去法。
2) intercorrelation
互相相关
3) relationship
[英][rɪ'leɪʃnʃɪp] [美][rɪ'leʃən'ʃɪp]
相互关系
1.
The variations and relationships of bio-impedance,pH and water lose rate in bovine muscles;
牛宰后肌肉生物电阻抗值、pH值、失水率的变化及相互关系的研究
2.
The Variations and Relationships of Bio-impedance and Water Lose Rate in Bovine Muscles;
牛宰后肌肉生物电阻抗值与失水率的变化及相互关系的研究
3.
A Discussion on Relationship of Nitrogen in Forms of Ammonium,Nitrite and Nitrate in Water;
水中氨氮、亚硝酸盐氮及硝酸盐氮相互关系探讨
4) cross-correlation
互相关
1.
Welding seam tracking method based on cross-correlation technology;
一种基于互相关技术的焊缝跟踪方法
2.
Cross-correlation DPIV and application in oxidation ditch model;
互相关DPIV技术及其在氧化沟模型中的应用
3.
Researches on the Measurement of Bubble Velocity Based on Cross-Correlation;
基于互相关的气泡速度的测量方法研究
5) cross-correlation
互相关性
1.
Subsequently,the reliability research is conducted by using the limited equation composed of safety factor;and the effects of the cross-correlation among strength parameters frictional coefficient f,cohesion c on the stability index are analyzed t.
为了提出一整套具有普遍适用意义的坝基多滑面稳定校核公式以及配套参数,为设计提供参考依据,首先在滑楔法基础上提出一种新的适用于多滑面和双滑面的等K′法;然后通过安全系数直接构成的极限状态方程,对等K′法进行可靠度研究,并分析强度参数的互相关性对可靠指标的影响。
6) interaction
[英][,intə'rækʃən] [美][,ɪntə'rækʃən]
相互关系
1.
The Interaction between Aerial Part and Under Ground Portion in Evergreen Fruit Trees;
常绿果树地上部与地下部的相互关系(综述)
2.
The interaction of botrytis cinerea and trichoderma was studied in detail in this article.
对灰霉菌(Botrytis cinerea)和木霉菌BTW41(Trichoderma atroviride)之间相互关系作了初步研究。
3.
The Interaction of Several PhyIIosphere Non-pathogenic Microorganisms and Trichoderma;
atroviride)之间相互关系作了初步研究,研究发现木霉菌具有较强的营养竞争能力,几种叶面真菌和木霉菌混合处理叶片试验中,黑曲霉菌混合木霉菌的处理会影响木霉菌在番茄叶表的定殖,使木霉菌在番茄叶表的定殖量减少,而其它几种真菌未使木霉菌定殖量减少。
补充资料：分工负责、互相配合、互相制约的原则
见《中华人民共和国刑事诉讼法》、职权原则。
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