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Bird flu is one kind of the violent infectious disease being able to affect the various feather and person , whose sub virus type is a lot of , host range is broad, virus is easy to dissociation happened and re-organize , is virus's turn to be able to break the interspecific crossing obstacle affecting person , have common important hygienics significance.

禽流感是一种可以感染多种禽类和人的烈性传染病，其病毒亚型众多，宿主范围广，病毒容易发生变异和重组，该病毒可以突破种间障碍感染人，具有重要的公共卫生学意义。

Major parents all allow a student to go to do concurrent post nowadays , few parts inadmissibility to be because of being afraid that they affect self's studies, that only the in part the above student can not abandon self's studies , have demonstrated them because of holding two or more posts concurrently is to put self's studies above everything else.

现今多数的家长都允许学生去做兼职，少部分不允许是因为怕他们影响学业，不过一半以上的学生不会因为兼职而放弃学业，显示出他们是以学业为重。

The Indemnitee shall not settle compromise any such third party claim or demand without the consent of the Indemnifying Party (not to be unreasonably withheld) unless the judgment or proposed settlement by its terms obligates the Indemnitee to pay the full amount of the liability in relation to such third party claim; releases the Indemnifying party completely in relation to such third party claim; does not impose an injunction or other equitable relief upon the Indemnifying Party; and dos not otherwise adversely affect the Indemnifying Party.

未经补偿方同意（如无正当理由不得拒绝同意），受补偿方不得对该第三方索赔或要求予以和解或妥协，除非判决或所提议的和解方案含有以下条款：受补偿方承担支付该第三方索赔的全部责任金额的义务；完全解除补偿方就该第三方索赔须承担的责任；没有对补偿方采取禁令或其它衡平法上的救济措施；和没有在其它方面对补偿方产生不利影响。

Through the study to the vortex theory, especially the mathematical model of Burgers vortex, we have got some factors, which affect the oil indraft performance of the device qualitatively. The main factors are principal axis rotation speed, structure dimension of whisk impeller and drainage impeller, installed positions of whisk impeller and characters of spilled oil.(3) According to the analysis of impact factors, from simple to complexity, we have done the experiment study to the artificial-jellyfish device by three steps.

2通过对Burgers涡数学模型的重点研究，对溢油回收人工水母装置吸油特性的影响因素进行了定性分析，得出了影响人工水母装置吸油特性的主要因素，主要影响因素有；装置的主轴转速、搅拌叶轮和排水叶轮的结构尺寸、搅拌叶轮的安装位置以及溢油的自身特性等。

On the basis of referring to preceding relevant achievements and exploring the entirestate of the occurrence and development of the RMA,the dissertation focuses on theRMA's origin,essence and mechanism.Then,it draws some conclusions:(1)Far fromoccasionally,the RMA has specific interior factors and external conditions.As a resultof the demand for international political and military struggle and the advancement inscience and technology,the RMA conforms to the trend of the times.(2)As far as itsessence is concerned,the RMA is such a process,during which all countries reformmilitary system wholly in order to realize its informatization,integration andintelligentization after information and knowledge have become dominant factors ofmilitary strength owing to extensive application of high technology around informationtechnology in the military field.(3)During the extensive and thorough reformation in thewhole world,all factors vary sooner or later and affect one another,and promote theevolution of the military system to make the transition from mechanized form tointelligentized one.

论文充分借鉴、吸收前人的有关研究成果，在分析、考察世界新军事革命发生、发展的总体状况的基础上，由具体到抽象，重点探讨了新军事革命的发生动因、本质特征和运行机制，认为：新军事革命的发生与发展不是偶然的，而有其特定的内在动因和外部条件，它既是时代发展变化的客观要求，也是国际政治军事斗争需要与科学技术进步共同推动的结果；这场军事革命的实质，是在以信息技术为核心的高新技术广泛应用于军事领域，信息与知识日益成为军事力量的主导性要素的新条件下，世界各国根据系统原则对军事领域进行变革，努力促使整个军事系统实现信息化、知识化、一体化，进而形成全新的智能化军事形态的过程；新军事革命具体表现为广泛而深入的军事改革，在其发生与发展的过程中，军事诸要素先后变革并相互影响、相互作用，推动整个军事系统不断演进，逐步实现机械化军事形态向智能化军事形态的过渡，最终确立全新的智能化军事形态。

We should do something now, remind ourself the valuable of nature resource, use our own action to affect others and intendant each other. We should also organize some propagandas to advocate people to being thrift so as to make everyone be thrift and contribute an intensivism society together.

我们应该从点滴做起，以己及人，时刻提醒自己资源的宝贵，互相监督，开展节约资源的活动，宣传节约知识，提高人们的节约意识，从而达到全民节约，共建节约型社会的目的。

Already used means of intermittent air feed at pneumatic nozzle to divide way of miscellaneous more successive air feed by experimental test and verify more energy-saving, and the frequency of intermittent air current is mixed occupy sky comparing to affect energy-saving result, existence is mixed to frequency occupy sky comparing to make energy-saving effect best.

已由实验验证将间歇供气方式应用于气动喷嘴除杂较连续供气方式更节能，并且间歇气流的频率和占空比影响节能效果，存在一对频率和占空比使节能效果最优。

In the ***, all types and fundamental principles of Radon transform are summarized systematacially. This *** starts from the general linear Radon transform, and then researches how to use the damped least square method to find the solution of the forward transform. However, the least squares smoothing effect will lead to a certain degree of trails in the data of Radon domain, which led to the application\'s limitations. After that the implementation in Radon domain and relative merits of linear Radon transform, parabolic Radon transform and polynomial Radon transform which have time invariance are introduced, the conjugate gradient method that can solve numerical solution is also given. And then the high resolution Randon transform is discussed, it introduces the regularization theory and Bayes principle into inversion, which successfully remove the negative affect caused by discrete Radon transform. Finally, we introduce the optimal weighting similar coefficient Radon transform, which adapt to the time variant quality of hyperbolic Radon transform.

本文系统总结了Radon变换的各种类型及其基本原理，从τ- p变换(即一般线性Radon变换)出发，研究利用阻尼最小二乘平方法求解其正变换，但是最小平方法的平滑作用会导致Radon域数据存在一定程度的拖尾效应，给这种方法的应用带来了很大的局限性；然后先容了具有时不变性的线性、抛物和多项式Radon变换在频率域的实现及其优缺点，给出了求解其数值解的共轭梯度算法；接着讨论了高分辨率Radon变换，它把正则化思想和贝叶斯原理引进到了反演中，很好的克服了离散Radon变换产生的截断效应对结果的不利影响；最后先容了适应双曲Radon变换时变性质的高分辨率最优相似系数加权Radon变换。

This design, on the one hand to take full advantage of the traditional page of tips and quick to jump function; On the other hand,"Saddam directory of" respect for the performance of the user experience - users can still be used according to their preferences and choose a suitable way to turn the pages, to ensure that Will not affect users of the "silly directory" use.

这样的设计，一方面可以充分利用传统页码的提示和快速转跳功能；另一方面也是"傻目录"尊重用户体验的表现--用户仍然可以根据自己喜好和习惯选择合适的翻页方式，确保不会影响用户对"傻目录"的使用。

B Of the six basic media MS, MS1/2 (half-strength of MS salts and vitamins), WPM, DKW, B5 and SH, MS1/2 was the most proper one to induce somatic embryos. Somatic embryos generally regenerated directly from excised zygotic cotyledons. PGRs combination affected somatic embryogenesis significantly. Medium with NAA 1mg/L, TDZ 0.05mg/L, IBA 2—10mg/L combined with BA 10mg/L, or IBA 10mg/L integrated with BA 0-2mg/L gave the highest induction rate. Excised zygotic hypocotyls had the strongest potential to produce callus. Callus induction was also affected significantly by media and PGRs. The proper callus induction condition was MS1/2 medium containing NAA 1mg/L, IBA 10mg/L, BA 2-5mg/L and TDZ 0.05mg/L. Harvest period affect somatic embryogenesis significantly. Zygotic embryo explants collected from the end of July to the middle of August had strong potential to generate somatic embryos, when endosperm finished solidification, different parts of the embryos were completely formed, the size of embryos occupied about 2/3 of the embryo sac. Provided with optimized conditions, direct somatic embryogenesis rate can attain to 33. 68%, and callus induction rate of hypocotyls was up to 90.7%. Cytological observation on megasporogenesis and zygotic embryogenesis of Manchurian ash showed that the ovary was twicarpellum, twilocular with two ovules each loculus. The ovule was tenuinucellar and anatropous, with one megasporcocyte. The development of embryo sac is of the Polygoum type.

体细胞胚胎发生研究的结果表明：(1)成熟过程中的合子胚是诱导水曲柳体细胞胚胎发生的最佳外植体材料；(2)在所试验到的MS、MS1/2（将MS的所有成分均减半）、WPM、DKW、B〓、SH等六种基本培养基中，MS1/2是最适合诱导水曲柳体细胞胚胎发生的基本培养基；(3)水曲柳的体细胞胚胎发生以直接发生为主，体细胞胚主要来自于从合子胚分离的完整子叶；(4)培养基中的激素组合对水曲柳的体细胞胚胎发生有显著影响，诱导直接体细胞胚发生较好的激素组合有NAA 1mg/L+IBA 2，5，10mg/L+BA 10mg/L+TDZ 0.05mg/L和NAA 1mg/L+IBA 10mg/L+BA 0，2mg/L+TDZ 0.05mg/L；(5)合子胚分离的下胚轴具有最强的愈伤组织诱导潜力，少数愈伤组织可以分化出体细胞胚；(6)愈伤组织的诱导也受培养基和激素配比的显著影响，最适宜诱导的培养条件为MS1/2+NAA 1mg/L+IBA 10mg/L+BA 2，5mg/L+TDZ0.05mg/L；(7)采种时间对体细胞胚胎发生有显著影响。7月末到8月中旬的合子胚具有较强的体细胞胚发生潜力，此时种子尚未成熟，胚乳已呈固态，种胚的各个部分已分化完全，种胚体积占胚腔的大约2/3；(8)在各自综合的最适条件下，完整子叶的体细胞胚诱导率可达33.68%，下胚轴的愈伤组织诱导率可达90.7%。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。