共轭的

基本解释 (translations)

conjugated

与共轭的相关的网络例句 [注：此内容来源于网络，仅供参考]

This research method is independent of Green"s function and variational structure. So it can tackle with the BVP for non self-adjoint and self-adjoint difference equations and overcome the difficulties brought about by the establishment of Green"s function, a study of the sign and the estimate of below and above bounded for Greens function.

本章的研究方法既不依赖于Green函数又不依赖于变分结构，因而能解决非自共轭的差分方程边值问题，且克服了Green函数的建立、其符号的判断及其上下界的估计给研究带来的困难，该方法同样适用于研究自共轭的差分方程边值问题。

The definition of generalized conjugate (or M-conjugate) is introduced and the generalized conjugate gradient method is presented.

引入了广义共轭的概念，在此基础上提出了广义共轭梯度法。

Owing to the key conclusion, this paper lays emphasis on the possible ways of realizing the singular conjugation by single—enveloping method. It is proved that the hyperbolic normal arc surface and the involute helicoid both may conjugate in singular points on the condition of single—envelope.

在奇点共轭理论的工程实现方面，文中明确指出二次包络是获得奇点共轭的有效手段，但并非唯一手段，在满足特定的运动几何条件下，一次包络即可获得奇点共轭。

Chapter 3, in the above system, gives out the definitions of topological new transitivity, topological transitivity, topological strong transitivity and topological conjugate of a sequence of maps, studies basic properties of the above topological conjugate, and obtains some main results, proves topological new transitivity and topological transitivity are equivalent u-under a compact metric space, a sequence of full maps and interchangeable with each other, and that some conclusions associated with topological conjugate.

第三章，在上述系统中给出了一列映射的拓扑新传递、拓扑传递、拓扑强传递和拓扑共轭的定义；研究了一列映射的拓扑共轭的基本性质，得到了一些主要结果；证明了在底空间是紧致度量空间、一列映射是满映射并且两两可交换的条件下拓扑新传递和拓扑传递是等价的；还证明了几个与拓扑共轭相关的结论。

If for any〓,they are conjugate to each other in D if andonly if they are conjugate to each other in G then every virtual character of D is-stable and if〓is an irreducible character of G in b with height zero,the map〓is an isometry from〓onto〓.

若对任意〓，它们在D共轭的充要条件是它们在G中共轭，则D的每一个指标是-稳定的，且若x是G落在b中的高零不可约指标，则下面映射是从〓到〓的等距映射

In these chromophores, the ring-locked triene employed as a conjugation bridge and the thiobarbituric acid moiety was as an electron acceptor in a D-π-A units.

在这些发色团中，环锁定的三烯和9，10-二氢蒽用作共轭桥，巴比妥酸和甲氧其分别作为吸电子和给电子基，组成非共轭的两个D-π-A单位。

We have designed and synthesized 9,9'-spirobifluorene-based materials and introduced different functional group at 2,2' and 2,2',7,7' positions of 9,9'-spirobifluorene. All of these obtained materials adopted a bichromophoric system configured orthogonally via a chiral spiro center.

中文摘要以旋环双芴为核心结构，分别在2，2'与2，2'，7，7'位置引入不同基团，设计合成出ㄧ系列具双共轭的材料，两相正交相互独立的共轭链，使分子具光学异构物，可避免分子堆叠，提高热稳定性。

We have designed and synthesized 9,9'-spirobifluorene-based materials and introduced different functional group at 2,2' and 2,2',7,7' positions of 9,9'-spirobifluorene. All of these obtained materials adopted a bichromophoric system configured orthogonally via a chiral spiro center.

以旋环双芴为核心结构，分别在2，2'与2，2'，7，7'位置引入不同基团，设计合成出ㄧ系列具双共轭的材料，两相正交相互独立的共轭链，使分子具光学异构物，可避免分子堆叠，提高热稳定性。

Confocal microscopy confirmed the internalization of the drug conjugates into the tumor cells.

共聚焦显微镜证实，共轭的药物通过内摄作用进入肿瘤细胞。

Wheares under buffer pH5.2, there is no strong static electricity and instead being a longer wavelength movement; SDS\'s participation just restricts the relative movement of heme\'s ethylene; a new fluorescent peak forms and the reduction of enzymatic activity is due to the packing of micella\'s formation.

强变性的阴离子表活剂SDS与带净正电荷和弱负电荷的SBP(处于pH2.6和4.2缓冲液中)有强烈的静电力作用，酶活力丧失，二级结构变化，荧光强度增加，特征Soret发生蓝移，卟啉环的π-π*共轭的分裂能增大；而当SBP带净负电荷(pH5.2)时，没有静电吸引力，Soret带发生红移；SDS的引入只是限制了血红素上乙烯取代基的运动，使其与卟啉环共轭：极性环境的变化导致产生新的荧光峰；酶活力因胶团包裹作用而有下降。

与共轭的相关的网络解释 [注：此内容来源于网络，仅供参考]

adjoint function：共轭函数

adjoint 伴随的;共轭的;相结合的 | adjoint function 共轭函数 | adjoint operator 伴随算符

adjoint：共轭的

adjoining 邻近的 | adjoint 共轭的 | adjourn 中止延期休会休庭

complex conjugate：复共轭的

complex cone 线丛的锥面 | complex conjugate 复共轭的 | complex conjugate matrix 复共轭阵

conjugate：共轭的

我推测,跟摩尔定律(Moor Law)共轭的(conjugate)应该有一条"软件危机定律",意思说:计算机硬件总是革命性的力量,而软件技术和行业总是落后的保守的力量.

self conjugate partition：自共轭分拆

self conjugate 自共轭的 | self conjugate partition 自共轭分拆 | self dual 自对偶的

conjugacy of the second kind：第二类共轭性

conjoint tendon 联合腱 | conjugacy of the second kind 第二类共轭性 | conjugate 共轭,共轭的,共轭物,骨盆直径,复共轭=>共役

conjugated：共轭的

conjugate 使变化 | conjugated 共轭的 | conjugation 结合

conjugated：共轭的,成对的

conjugated protein | 结合蛋白(质) | conjugated | 共轭的,成对的 | conjugatenetwork | 共轭网络

self-conjugate：自共轭的

self complementary graph 自补图 | self conjugate 自共轭的 | self conjugate partition 自共轭分拆

topologically conjugate：拓扑共轭的

topologically complete space ==> 拓扑完备空间 | topologically conjugate ==> 拓扑共轭的 | topologically connected components ==> 拓扑连通分支