查询词典 three-body problem

Abstracts: In recent years, more and more people are faced with the threat of zoonoses in all over the world, China has also experienced the invasion of avian flu, SARS , foot and mouth disease, hand, foot and mouth disease and other public health security incidents of zoonoses, zoonoses have been more than just a medical problem, but also it is a major social problem, it is not only a problem of a region or a country, but it is a problem of all mankind.

近年来，全球一个共同的问题是人类越来越面临着人兽共患病的威胁，中国也经历了禽流感的侵袭、非典的暴虐、口蹄疫的惶恐、手足口病的纷扰等人兽共患病公共卫生安全事件，人兽共患病已不仅仅是一个医学问题，而且更是一个重大的社会问题，也不仅仅是一个地区、一个国家的问题，而是全人类要共同面对的问题。

The theory minutely analyze trait of evolutionary programming arithmetic and state variables breakout problem in solving reactive power optimization problem, link reactive power balance theory.. reactive power bed and subarea control theory and adjusted-voltage material law of actual system. The theory first put forward a effective variability quantity modified measure, escape unfeasible problem in evolutionary programming, also make evolutionary programming arithmetic in solving reactive power optimization problem more quick and effective.

详细分析了进化规划算法的特点和在求解无功优化问题时存在的状态变量越限问题，结合无功平衡原理、无功分层分区控制原理以及实际系统中调压的具体规律，首次提出了一套有效的变异量修正措施，避免了进化规划的不可行问题，也使进化规划算法在求解无功优化问题时更加快速有效。

Through all modules gather and analyze data cooperatively, the problem of false negatives can be solved ultimately; In the condition of 1000M flux, through data processing adopt side-by-side and more thread groups, the problem of false positives can be solved ultimately; On the basis of those, the problem of intelligentized response can be solved through responding together to interdict reasonable; At last the problem of lacking ability of between person and machine each other can be solved through all parts can be managed on the same system by graphical interfaces. It incarnates detection、recovery、harmony、manage and so on, which incarnates videotext, controllable and administrable through art conformity.

通过各模块之间的协同数据采集，数据关联分析，基本上解决了误报的问题；而数据的处理上采用并行多线程的技术，在千兆网络环境下，也基本解决了漏报的问题；并且在解决误报、漏报问题的基础上，通过响应协同（入侵检测与防火墙和交换机之间的协同响应）进行合理阻断，在一定程度上解决了响应智能化的问题；最后通过各模块统一平台的管理，采用图形化的方式，解决了人机之间交互的问题，体现在检测、防御、协调、管理等各个方面，并通过技术整合，实现：&可视+可控+可管&，深入挖掘不同安全产品的内在相关性，加强安全产品之间的优势互补，提高安全产品协同作战能力。

In addition, we proposed a new approach to implement a descrambler. The security problem of speech communication has always been a demanding problem in military and business areas. A common approach to realizing end-to-end security is the use of a scrambler. Most of the scramblers are based on the permutation of speech signals in the time domain and/or frequency domain. On the other hand, descramblers are used to eavesdrop information from scrambled speech signals. We treated the descrambling problem as a puzzle solving problem. Some speech signals were used to demonstrate the performance of the proposed methods.

接著我们将此演算法应用於语音通讯保密的语音解搅拌器上，语音通讯保密已经被广泛应用在军事与商业领域，一般的作法是将语音搅拌器使用在端点对端点的保密上，而大部分的语音搅拌器都是以时域与频域为基础来进行排列搅拌，另一方面语音解搅拌器也必须防止窃听者盗取搅拌后的语音讯号，在此实验上，我们将语音解搅拌的问题视为解拼图的问题，并且利用我们所提出的解拼图方法来实作其应用，最后我们采用一些范例来展示其结果。

The dissertation investigates the multilane-to-uniline problem in order to solve the theory problem and technique problem of feeding high speed palletizer with several production lines. The harmony equation of the problem is established with the method of movement tracing according to the thought of unit accumulation and free bumping of materials from different lines. For the random of unit materials forming, a strategy of key assignment is put forward to avoid the bump of materials from different lines.

为了解决采用多条供料线向高速码垛机供料以充分利用高速码垛机的处理能力的理论问题和技术问题，本文从一般的角度研究了多线合一问题，根据料股缓冲的思想和无供料干涉的原则，利用运动追踪的方法建立了多线合一问题的协调方程，由此建立了结构参数之间的相互制约关系，为结构参数的制定提供了理论依据，在随机供料的情况下，由于各线料股的形成具有随机性，为了避免各线之间的干涉，本文提出了一种钥匙分配策略很好地解决了这一问题。

In chapter 5, in allusion to the shortcoming of the existing high resolution radar target detection algorithm, taking the problem of high resolution radar target detection as the problem of true-false target recognition, and borrowing ideas from the dealing with novelty problem, this paper introduces one-class SVM into high resolution radar true-false target recognition for the first time. That can provide a new idea for solving high resolution radar true-false target recognition problem.

第五章针对现有的高分辨雷达目标检测算法的缺陷，将高分辨雷达目标检测问题等效为真假目标识别问题，并借鉴处理异常值问题的思想，首次将1类支持向量机引入高分辨雷达真假目标识别之中，为解决高分辨雷达真假目标识别问题提供了一条崭新的思路。

Since is nation don't need check product, such honor, beyond all doubt is because three deer companies must own very complete examination organization and means, and let the nation trust, that since it is so, we can guess and affirm, now that be subjected to impossibly surprised of"pollution", that is to intentionally add three chlorine cyanotype An, if is so, that circumstances severity, even can calculate previous for the sake of business enterprise benefits cupidity smoked under the heart of premeditated murder, for the sake of lane pure why three deer companies want to intentionally add three chlorine cyanotype An products that the poison harms a baby kid, we understand first once what is three chlorine cyanotype An

既然是国家免检产品，如此荣誉，毫无疑问是因为三鹿公司本身一定就拥有相当完备的检测机构和手段，并让国家放心，那既然如此，我们可以猜测和认定，既然不可能是受到了意外的"污染"，那就是故意添加了三氯氰胺，如果是这样，那事态就严重了，甚至可以算得上一种为了企业利益利欲熏心下的谋杀，为了弄清为什么三鹿公司要故意添加毒害婴幼儿的三氯氰胺制剂，我们先了解一下什么是三氯氰胺

Derives the formulae for calculating the distortion and stress on the acting surface of flexspline load in the drive process of the harmonic gear drive with three-wave wavegenerator;(2) analyzes and compares the performance of plastic and steel products under light load drive and calculates the probably reached limit of drive ratio for both types of flexsplines under the same load;(3) applies the harmonic gear drive with three-wave wavegenerator to the small-sized multiple-revolution electric device of valves by taking into consideration of the low limit of the drive ratio for the harmonic gear drive with three-wave wavegenerator made of plastics, improves the design on the main drive mechanism of the traditional small-sized multiple-revolution electric device of valves, and validates through examples the feasibility for the harmonic gear drive with three-wave wavegenerator made of plastics to be applied to the small-sized multiple-revolution electric device of valves. Finally the author performs calculations on the two types of the flexsplines of the harmonic gear with three-wave wavegenerator by using the finite element method and analyzes the causes for the errors.

本文根据三波谐波齿轮传动的运动变形特点，采用弹性薄壳的力矩理论，推导了三波谐波齿轮传动柔轮载荷作用面上的变形及应力计算公式；分析比较了轻载传动情况下塑料和钢材的性能，计算了塑料制谐波柔轮和钢制谐波柔轮在相同载荷情况下可能达到的传动比极限；对塑料制及钢制三波谐波齿轮柔轮进行了有限元计算，分析了产生误差的原因；针对三波塑料谐波齿轮传动比极限低的特点，将之运用于小转矩多回转阀门电动装置中，对传统的小型多回转阀门电动装置的主传动机构进行了改良设计，并通过实例验证了三波塑料谐波齿轮传动在小转矩多回转阀门电动装置中应用的可行性。

From the beginning, the SOS distress signal has actually consistedof a continuous sequence of three-dits/three-dahs/three-dits, all runtogether without letter spacing. In International Morse Code ,three dits form the letter S, and three dahs make the letter O, so"SOS" became an easy way to remember the correct order of the dits anddahs.

之所以制订新遇难信号为SOS，是因为当时的抗干扰技术很差，之前常用的CQD信号，由于发送码长，而且电码的符号不一致，而S与O是摩斯电码中少有的连续码而且对操作员来说较易使用。

Mahabharata止观" on the roof were made a brief description of the six Guanyin:"Great Mercy Guanyin hell broke three barriers, the Road suffered the most, to use the 'Great Mercy'; Daiji hungry Road Avalokitesvara three barrier-breaking, the Road, hunger, thirst, to use the 'Daiji'; Lion Road fearless beasts Avalokitesvara three barrier-breaking, the mighty Project Altered Beast, to use the 'fearless'; Guanyin shines Daguang Asura three barrier-breaking, the Road suspicion suspect envy, to use the' weather '; Heaven Avalokitesvara husband three barrier-breaking humanity, humanity has the good sense, things slow V uppish said 'Heaven', rationale, see Buddha, saying that 'her husband';破天Road Avalokitesvara大梵three far-reaching impairment,'the Vatican' is a King, S Wang Hill.

摩诃止观》对天台宗六观音作了简要说明："大悲观世音破地狱道三障，此道苦最重，宜用'大悲'；大慈观世音破饿鬼道三障，此道饥渴，宜用'大慈'；师子无畏观世音破畜生道三障，兽王威猛，宜用'无畏'；大光普照观世音破阿修罗三障，其道猜忌嫉疑，宜用'普照'；天人丈夫观世音破人道三障，人道有事理，事伏憍慢称'天人'，理则见佛性，称'丈夫'；大梵深远观世音破天道三障，'梵'是天王，标王得臣。"

Through comparing with the results by simulation to study the effects of theprojectile"s final velocity, the angle of rotation and the ballistic trajectory"s migration withdifferent projectile"s rotating speeds, different target"s moving speeds and differentpenetration angles.

通过比较数值模拟的结果来研究不同弹头转速、目标速度、侵彻角对侵彻过程中弹头最终速度、翻转角度和弹道偏移的影响。

I love stationery and all the accoutrement of writing.

我爱文具以及所有的书写的工具装备。