互补

hù bǔ
  • complementary;complementation;relatively complemented
互补互补
互补 [hù bǔ]
  • [complementary] 补足或补充;互相补充

  • 互补色

互补[hù bǔ]
  1. 电子及其他任何粒子都应该显示波的性质,才能体现自然界波粒互补的对称性。

    Electrons or any other " particle " should display wave properties to preserve the complementary wave-particle symmetry of nature .

  2. BDNA分子中互补碱基对GC、AT水合作用的研究

    A Study of the Hydration of Complementary Bases G-C , A-T in B-BNA Molecule

  3. 我基本上认为他是在性格上和我互补的人。

    Basically I think he would be someone who complemented me in terms of character .

  4. 病毒与病毒之间由于它们的基因产物相互作用的结果能发生互补。

    Complementation between viruses may occur , owing to the interaction between their gene products .

  5. 使用好的晒印相片比使用互补色立体投影还好。

    The use of a good contact print is superior to that of an anaglyphic projection .

  6. 这个遗传单位由一个互补群,也就是一个基因所组成。

    This hereditary unit comprises a single complementation group , or in other words a single gene .

  7. 采用互补测验可迅速地将某一未知突变型归属于某一特定基因。

    By using the complementation test an unknown mutant can be rapidly assigned to a particular gene .

  8. 所以我们必须以与理性的机器互补为目标,而不是与之竞争。

    So we must aim to complement the rationality of the machine , rather than to compete with it .

  9. 拓展帮扶领域,健全帮扶机制,优化帮扶方式,加强产业合作、资源互补、劳务对接、人才交流,动员全社会参与,形成区域协调发展、协同发展、共同发展的良好局面。

    We should expand the fields for paired assistance , improve related mechanisms and common regional development .

  10. 优势互补和互利共赢是两国务实合作快速拓展的强大动力;敢为人先和求同存异是两国关系始终走在中国同发达国家关系前列的不竭源泉。

    and the pioneering spirit and the readiness to seek common ground while shelving differences provide an inexhaustible source of strength to keep the bilateral relationship at the forefront of China 's relations with developed countries .

  11. 一个求解P0函数非线性互补问题的非内部连续化算法

    A non-interior continuation method for solving p_0 function nonlinear complementarity problems

  12. 对竖块P0+R0矩阵的垂直线性互补问题,算法具有全局收敛性;

    The global convergence is obtained for VLCP with vertical block P_0 + R_0 matrix ;

  13. 重叠延伸PCR技术成功的关键是重叠互补引物的设计。

    The overlap primers design is the key factor for the successful accomplishment of SOE PCR .

  14. 基于模糊互补AHP的负荷预测模拟决策

    Simulation decision-making for load forecast based on the improved fuzzy analytic hierarchy process

  15. 通过PID线性控制器、模糊控制器和P控制器的并行结合,实现了三种控制器的优势互补,控制性能明显改进。

    The piecewise control strategy integrates merits of P , Fuzzy and PID controller , and achieves dominance complementation and performance improvement .

  16. 联合应用PCR鉴定、α互补法、限制性酶切和序列分析法鉴定其特异性。

    Its specificity was tested by direct PCR , a complementation , restriction enzyme cleavage , and sequencing method .

  17. RNA干扰技术抑制切除修复交叉互补基因1对卵巢上皮性癌细胞顺铂敏感性的影响

    Enhanced cisplatin cytotoxicity by RNA interfering the excision repair cross-complementing 1 gene in ovarian cancer cell lines

  18. Protel与AutoCAD电路辅助设计的对比及互补

    Contrast and Complementation between Protel and AutoCAD in Circuit Aided Design

  19. 英语幽默言语的认知语用探究&兼论RT与CB的互补性

    English Verbal Humour : A Cognitive Pragmatic Inquiry

  20. 生物素标记的PSTV互补DNA探针分子杂交的研究

    Study on Molecular Hybridization of Biotin-Labelled PSTV cDNA Probe

  21. 目的:建立人血小板互补脱氧核糖核酸(cDNA)文库,筛选出血小板内皮舒张因子合酶(NOS)cD-NA克隆。

    Objective : To construct cDNA library and screen nitric oxide synthase ( NOS ) cDNA clone in human platelets .

  22. 本文提出了一种基于CMOS和线性IC工艺的互补多元逻辑电路。

    In this paper we have described a Complementary Multicell-type Logic Circuit which is based on CMOS and linear IC technology .

  23. 利用OLE技术及VBA进行互补软件开发

    Cross-linking software design by OLE technology and VBA

  24. 结合使用UML和Petri网建模方法能实现两者互补,既能有效获取需求、分析设计,又能进行严格建模,形式化验证。

    Combining UML with Petri nets offers significant benefits especially in acquire requirement , analyze design , rigorous modeling , and formal validation .

  25. 提出了把简化的接触表面静电互补模型与溶剂化能模型相结合的新的Docking计算方法。

    A novel Docking algorithm is presented which combines a simple electrostatic complementary model with a solvation energy model .

  26. 约束优化无严格互补的超线性收敛SQP强次可行算法

    A Superlinearly Convergent Strongly Sub-Feasible SQP Algorithm for Constrained Optimization Without Strict Complementarity

  27. 应用Schwarz算法求解M-函数对应的有限维非线性互补问题。

    Applying Schwarz methods to solve the nonlinear complementarity problem with an M-function .

  28. 第二章,我们集中讨论了原始的非线性互补问题在经过merit函数的极小化变形之后的解决方法。

    In chapter 2 , we discuss the method for solving nonlinear complementarity problems with the equivalent formulation of minimization based on merit function .

  29. 仿真结果和分析表明,与基于相同卷积码对的编码组合传输相比,互补卷积码联合传输可以得到1~2个dB的渐进编码增益。

    The simulation results and analysis show that complementary codes combining scheme yields a better result of 1-2 dB asymptotic code gain than identical codes combining scheme .

  30. RNA干扰(RNAi)是指双链RNA在细胞内特异性诱导同源互补的mRNA降解,从而阻断相应基因表达的现象。

    RNA interference ( RNAi ) refers to homologous complementary mRNA degradation in - duced specifically by double stranded RNA , which actually interdicts the expression of corresponding genes .