成态

And decompose the probability into the product of a fuzzy lattice homomorphism and a fuzzy lattice modular homomorphism.

并将概率分解成Fuzzy格同态与Fuzzy格模同态的乘积。

The UV radiation created is converted to visible light as it passes through a phosphor coating on the surface of the tube.

因为激活的电子从高能态退到低能态，他们放射出紫外线，当通过玻璃管表面的三基色荧光粉时，产生的紫外线转化成可见光。

The formulation of power system transient stability preventive control based on optimal power flow is presents in this thesis, in which multicontingency is considered. The infinite dimensions nonlinear optimization problem in which differential-algebraic equations are existed is changing into finite dimensions difference-algebraic equations by implicit trapezoid method.

建立了基于最优潮流的电力系统暂态稳定预防控制模型，通过隐式梯形法将含有发电机动态微分-代数方程和暂态稳定约束的无限维优化问题转换成有限维的常规静态最优潮流问题。

In UPGMA cluster analysis, four buntings were grouped into one branch, in which Emberiza cioides and Emberiza leucocephala clustered together, and Emberiza tristramis and Emberiza spodocephala were grouped closely.

共得到535个标记位点，其中429个为多态位点，多态位点比率达80.1%；在UPGMA聚类关系图中，4种鹀聚成一大类，三道眉草鹀与白头鹀、白眉鹀与灰头鹀分别两两相聚。

The wave function of the phonon is assumed to take thecoherent state,a self-consistent integrodifferential equationsatisfied by the electron wave function is derived.Solving for thisequation,we get the polaron ground-state energy E=-0.1085α2, whichis very close to these of previous strong-coupling theories.In chap.4,we will apply approaches developed in chaps.2 and 3 to discuss theimportant two-dimensional(2D)polaron problem.

把声子部分取成相干态的形式，我们推导出电子波函数所满足的非线性的微分积分方程，求解这个方程，我们得到基态能为E＝-0.1085α2，它与以前的各种强耦合理论的结果非常接近，在第四章中，我们利用在第二，三章中发展的方法讨论很重要的二维极化子问题。

The sample particles studied in this project include human red blood cells, osmotically swollen into a micro-sphere, with and without treating with N-ethylmaleimide, and at different temperatures, as well as liposomes with different DOPC/cholesterol ratio (1:1 vs.1:3) For spherical RBCs, smaller deformation were observed in samples at room temperature with NEM treatment and samples at 42 ℃without NEM treatment, compared with the deformation of the control set, namely, RBCs at room temperature without NEM treatment.

这可能是由於42 ℃为红血球细胞骨架Spectrin的型态转换温度，Spectrin由tetramer转换成dimer。推测此温度及药物作用下对Spectrin的型态转换可能造成类似的效果。同时以自行合成DOPC/胆固醇比例(1：1)及(3：1)之微脂粒重覆上述之形变实验，发现两种组合比例微脂粒形变率的差异在误差范围内。

At the same time, the molecular n-n* absorption of nanoparticles were also blue-shifted, accompanied by a hardly changing n-π~* absorption as a result of the reduced overlap of the pyrazoline ringπorbital and a decrease of intermolecular interactions.

增大微粒的尺寸时从S_1态到CT念的荧光发射强度再分布表明，S_1念和CT态互相竞争并同时受纳米超微粒尺寸的影响。2、观察到了球形的1，3-二苯基-5-芘基-2-吡唑啉超微粒由于高度的单分散性而自组织排列成有序的二维阵列。

Therefore, we characterized the Cyt c P71H/M80V variant protein electrochemically and spectroscopically. All the experimental results showed that the introduced histidine at position 71 did not act as a functional distal-histidine, but most likely coordinated to the heme iron, maybe due to the flexibility of theΩloop segment (resides 70-84) of Cyt c protein.

于是我们对P71H／M80V蛋白性质进行了一系列的研究，结果表明可能是由于Cyt c中Ωloop D肽段(residues 70-84)具有很强的柔韧性，使得His71并没有象HRP中的distal histidine一样起到酸碱催化功能，而是与heme发生了配位作用，无论是在氧化态还是还原态都成了heme的第六轴向配体。

This picture of how cancer cells shift between two alternating states -- travelers and nesters -- represents a new understanding of how cancer metastasizes, or spreads to other parts of the body, said the Duke Comprehensive Cancer Center researchers who conducted the study.

&该研究描绘出癌细胞如何在两种交互的状态下转变-迁移态和成巢态。这表明对于癌细胞是如何转移或扩散到人体其他部位的机制有了新的认识。&实施该项研究的杜克综合肿瘤中心的研究人员说。

Via analysis by means of XRD and LRS, it was found that the as-deposited thin films mainly consisted of amorphous Ge clusters, and some of the particles were oxygenized into amorphous GeO.

通过XRD表徵和LRS谱分析，发现沉积态颗粒膜主要为无定形态的Ge团簇，同时在溅射沉积过程中有少量Ge被氧化成非晶态的GeO。

He and Nina moved to California and lived at 2005 Ivar Street, Apt.

他和Nina搬到加州，并在2005年伊瓦尔街，公寓生活。

Droperidol （ potently inhibits transfected HERGchannels and this is the probable mechanism for QT prolongation.

氟哌利多有效地抑制了转染的 HERG 钾通道，可能是 QT 间期延长的机制。