反复分析的英文

• iterative analysis

• "反复"英文翻译    repeatedly; again and again; ...
• "分析"英文翻译    analyse
• "反复分习法" 英文翻译 :    repetitive part method
• "复分析" 英文翻译 :    complex analysis
• "重复分析" 英文翻译 :    replicate analysis
• "压力恢复分析" 英文翻译 :    build-uanalysis
• "反复" 英文翻译 :    1.(重复) repeatedly; again and again; time and again; over and over again 反复解释 explain over and over again; 反复思考 think and think; think a lot about sth.; turn sth. over in one's mind again and again; contemplate; 这个计划是经过反复讨论而产生的。 the plan was born out of repeated discussions.2.(翻悔) reversal; relapse; changeable; fickle 思想上有反复 have ideological relapses; 我讲话是算数的, 决不反复。 i mean what i say and shall never react from [go back on] my words.3.(回到原有状态) reversal; relapse 有很多反复和曲折 full of reversals and zigzags; 你的病虽然好了, 可要防止反复。 you are well now, but mind you don't have a relapse
• "于嵌入式存储器的内建修复分析" 英文翻译 :    bira
• "复分解" 英文翻译 :    double decomposition reaction; doubledecomposition; metathesis
• "复分量" 英文翻译 :    complex components
• "复分裂" 英文翻译 :    multiple division; multiple fission
• "复分配" 英文翻译 :    double distribution
• "复分数" 英文翻译 :    complex fraction
• "复分子" 英文翻译 :    complex molecule
• "端复分亚门" 英文翻译 :    apicomplexa
• "复分接器" 英文翻译 :    mux multiplexer/demultiplexer
• "复分解；置换；易位" 英文翻译 :    metathesis
• "复分解的" 英文翻译 :    metathetic
• "复分解反应" 英文翻译 :    double decomposition reaction; double decomposition reation; double-decomposition reaction; metathesis reaction (chemistry); metathetical reaction; metatheticalreaction; replacement reaction
• "复分解盐" 英文翻译 :    metathetical salts
• "复分解作用" 英文翻译 :    metathesis
• "复分绕组" 英文翻译 :    several separate winding
• "复分镶板" 英文翻译 :    subdivided panel
• "复分样品" 英文翻译 :    replicate sub-sample
• "恢复分叉点" 英文翻译 :    recovery fork point

• The available option , which is yes by default , is just a handy way of disabling a share without commenting it out or erasing it from the smb . conf entirely
  在“服务器诊所”的这一部分和以后的部分中，我通常会通过几种不同的语言反复分析一些示例。
• While the framework can mitigate the risk of threats , designers should iteratively analyze the application architecture and identify any potentially vulnerable areas
  虽然这个框架可以减少受攻击的危险，但是设计者应当反复分析应用程序体系结构并找出所有可能的漏洞。
• The paper provides a new approach for recognize power quality character thorough experiment . processing the signal through time - domain and wavelet - domain , the following simulation results show that the arithmetic fully meets the requirements of classification
  通过对各种扰动信号的特征进行反复分析，提出了一种新型的混合算法，分别从时域或小波多分辨率分解算法进行处理，区分其特征。
• Re can be further broken down into the activities of fact - finding ( identification of sources of requirements or stake - holders as we will call them in rest of this document ) , information gathering ( getting the “ wish - list ” from all the relevant parties ) and integration ( documenting & refining the “ wish - list ” through repeated analysis until it is self - consistent )
  需求捕获可进一步分为查找需求源（识别需求的提出人或则称之为风险承担者，即产品涉及其利益的人，在该文档其余部分将继续使用风险承担者这个词） ，网罗信息（收集各方面人员的对产品的要求，得到“期望列表” ）和整和（反复分析“期望列表”直到前后一致，得到文档化，提炼后的“期望列表” ）等活动。
• Second , structure of 3 - axes perpendicular radar in which elevation axis is horizontal is proposed through analyzing carefully the shortages of two - axes radar . the paper corrects the errors of the international articles through discussing mathematics model of 3 - axes track . 3 - axes angle calculation formulae without medium parameters are deduced through analyzing the rotate principle and the results are proved by simulation
  对三轴稳定跟踪的数学关系进行了详细讨论，纠正了国内外公开文献中的错误，在反复分析正交三轴系统旋转关系后，推导出无中间变量的三轴角度旋转公式，并经严格的数学关系和仿真证明。
• On the basis of repeated analyses and verifications , the construction techniques of shed - pipe grouting etc . are adopted therein , with which the tunneling in low - cemented sandy soil is successfully carried out under the condition of higher ground water level , and then both the design and construction are demonstrated to be reasonable and reliable through the actual water delivery operation
  在反复分析论证的基础上通过采用注浆管棚等施工技术，成功地在高地下水位低胶结度的砂性土中开挖隧洞，实际过水应用表明设计施工是合理可靠的。
• The linear regression models and the non - linear regression models are established respectively , which can be used in monitoring the grassland biomass based on the vegetation indices . finally , in order to establish the grassland biomass monitoring models with higher accuracy the different forms of the non - linear regression model were established respectively , including the quadric equation , the cubic equation , the logarithmic equation , and the exponential equation . the repeated tests indicated that the cubic equation is the best one in terms of the suitability of use in the study area
  建立遥感植被指数和草地生物量的一元线性回归模型和非线性回归模型，通过反复分析论证得出，非线性回归模型相对于一元线性回归模型与实测生物量更为符合；通过分析植被指数与实测生物量的不同非线性回归模型的结果，表明三次方程y = - 18 . 626rvi ~ 3 + 220 . 317rvi ~ 2 - 648 . 271rvi + 691 . 093是最适用于监测研究区草地生物量的非线性模型。