状态

Lasers characteristic as a shock wave drive and the advantages of KrF laser are explained. Finally, the progress at home and abroad is enumerated.In chapter two, the basic principle of the EOS study is introduced. Specially, the impedance mismatch effect of the double-layer flyer is mentioned here. It is the primary theoretical basis of this paper.In chapter three, a one-dimension, three-temperature hydrodynamic code HYADES is introduced briefly. it is used to make a qualitative analysis about how the thickness of ablator affect the flyer velocities and stability.In chapter four, the experimental setup is described.

第一章为绪论部分，简要总结了状态方程研究的历史，激光作为冲击波驱动源的特点和KrF激光的优势，以及国内外的进展情况；第二章是本工作的理论基础，讨论了冲击波物理和雨贡纽曲线测量的基本原理和方法，重点介绍了激光飞片法的特点、关键要素和双层飞片的阻抗失配效应，鉴于KrF激光短波长和长脉宽的特点，我们拟对双层飞片的特性展丌研究工作，为实测状态方程做好准备；第三章简单介绍了一维三温流体力学数值模拟程序Hyades并运用它进行了若干状态方程实验的计算和设计，进行了烧蚀层厚度对飞片速度、稳定性的影响的定性分析；第四章是实验平台描述部分，介绍了光束平滑化技术，靶的制作，条纹相机的原理和使用，系统同步控制以及光学记录速度干涉仪系统的简单原理和构成。

Laser's characteristic as a shock wave drive and the advantages of KrF laser are explained. Finally, the progress at home and abroad is enumerated.In chapter two, the basic principle of the EOS study is introduced. Specially, the impedance mismatch effect of the double-layer flyer is mentioned here. It is the primary theoretical basis of this paper.In chapter three, a one-dimension, three-temperature hydrodynamic code HYADES is introduced briefly. it is used to make a qualitative analysis about how the thickness of ablator affect the flyer velocities and stability.In chapter four, the experimental setup is described.

第一章为绪论部分，简要总结了状态方程研究的历史，激光作为冲击波驱动源的特点和KrF激光的优势，以及国内外的进展情况；第二章是本工作的理论基础，讨论了冲击波物理和雨贡纽曲线测量的基本原理和方法，重点介绍了激光飞片法的特点、关键要素和双层飞片的阻抗失配效应，鉴于KrF激光短波长和长脉宽的特点，我们拟对双层飞片的特性展丌研究工作，为实测状态方程做好准备；第三章简单介绍了一维三温流体力学数值模拟程序Hyades并运用它进行了若干状态方程实验的计算和设计，进行了烧蚀层厚度对飞片速度、稳定性的影响的定性分析；第四章是实验平台描述部分，介绍了光束平滑化技术，靶的制作，条纹相机的原理和使用，系统同步控制以及光学记录速度干涉仪系统的简单原理和构成。

When the communication protocol is T53, the portable telephone apparatus performs a plurality of procedures from an idle state through to a traffic channel state in a standard manner, but when the communication protocol is IS-95, the potable telephone apparatus controls wireless communication by replacing one procedure of the plurality of procedures performed from the idle state through to the traffic channel state with another procedure.

当通信协议是T53时，便携式电话装置就以一种标准的方式执行从一个空载状态直到一个话务信道状态的多个程序，但当通信协议是IS－95时，便携式电话装置就通过用另一个程序来替换从空载状态直到话务信道状态的多个程序的其中一个程序来控制无线通信。

Initially, assuming that the contact between cam and tappet is"dry contart", a dynamics model of Hertzin contact stiffness and impact damping is established. Next, with dynamic load on cam—tappet pair from the model, an analysis is made both to unsteady EHD oil film in cam—tappet pair under condition of full and partial lubrtication and to wear characteristics of cam profile. then, according to the fact that the lubrication in cam—tappet contact surface is EHD lubrication, taking the interaction between stiffness and damping of unsteady EHD oil film and rigidity of solid object contact into account, a dynamics equation of valve train relating to the dynamic effect of EHD oil film is built up and solved. Consequently, a further study is made on the dynamic characteristics of valve train under interaction of EHD oil film dynamic behavior and the problem of EHD lubrication in cam—tappet pair. Finally, the dynamic effect of full and partial EHD oil film is studied accordingly.

首先，通过对凸轮—挺杆接触为&干接触&的假设，建立了考虑赫兹&接触刚度&和冲击&阻尼&的配气机构动力学模型，用由此求得的凸轮—挺杆表面动载荷对凸轮—挺杆进行了全膜状态和部分膜状态非稳态弹流润滑分析，并研究了凸轮轮廓的磨损规律；然后，是在凸轮挺杆表面存在弹流动压油膜这一事实的基础上，相当于在动力学方程中考虑非稳态弹流油膜的&刚度&、&阻尼&和固体接触&刚度&的耦合作用，建立并求解了考虑弹流润滑行为动力学效应的配气机构的动力学方程，从而深入地研究了弹流润滑行为与动力学行为耦合作用下的配气机构动力学特征以及凸轮挺杆弹流润滑问题；作为前面工作的对应部分，考虑弹流油膜动力学效应的研究工作也同样分为全膜状态和部分膜状态进行。

When you boot up the project into your IDE, notice how the VisitBathroomstate is implemented as a blip state (i.e., it always reverts back to the previous state). Also note that a global state has been defined, WifesGlobalState, which contains the logic required for Elsa's bathroom visits.

当你把这个项目导入到你的IDE的时候，注意VisitBathroom状态是如何以状态闪动的形式实现的（也就是它如何返回到前一个状态），同样值得注意的是定义了一个全局状态——WifesGlobalState，它包含了Elsa上洗手间所需的逻辑。

When you boot up the project into your IDE, notice how the VisitBathroom state is implemented as a blip state (i.e., it always reverts back to the divvious state). Also note that a global state has been defined, WifesGlobalState , which contains the logic required for Elsa's bathroom visits.

当你把这个项目导入到你的 IDE 的时候，注意 VisitBathroom 状态是如何以状态闪动的形式实现的（也就是它如何返回到前一个状态），同样值得注意的是定义了一个全局状态-- WifesGlobalState ，它包含了 Elsa 上洗手间所需的逻辑。

MethodAdopting the scale of SCL-90 and self-resigned scale of Inferior Health,the total of 946 professional women distributing in three age stages and five occupations in Xinxiang were selected to be carried out cross-sectional investigation by the mothed of clust...

专家认为，职业女性的&亚健康&状态较为严重，这种可向健康状态和疾病状态两方向转向的状态如果得不到重视，将成为威胁职业女性健康的严重问题，这不能不引起我们的重视

A systematic combination of Western and Chinese medical treatment can be provided for physical pains. At Chamber of Escape, we utilise natural methods, including Chinese herbs, acupuncture, massage, hypnotherapy and music therapy, to release sickness.

通过专业中医望闻问切四诊，与西医重新整合，从自然生理角度，给您身体状态以辨证施治，运用中药，针灸，推拿，中医导引，催眠治疗和音乐等多重治疗方法，真正意义上的，让您的身体，由疾病或亚健康状态到健康状态，也是中医学所说的，阴平阳秘状态。

In order to distinguish these two types of transitions, a state recognition method is introduced. We firstly propose a variable contact set in which the contact points on the robot body are defined to represent the alternation of the contact states logically. Then, by predefining thresholds for the contact forces, the state transition can be well recognized.3 As another research topic, the local tracking control according to the pre-acquired state transition trajectories plays an important role in realizing the non-regular motion for the humanoid robot.

在状态转换识别方法上，本文提出了接触点集合的概念，对接触状态的变化进行逻辑上的表达；再结合接触点集合的变化情况，通过设定接触力阀值来实现对状态转换的识别。3根据给定的状态转换轨迹进行局部的跟踪控制，是本文实现类人机器人非规则运动的另一个重要研究内容。

For warriors, the default action bar remaps page 1 based on what stance you are in. To mimic this we will create a 12 button bar that will map to ID's 1-12 on battle stance, 13-24 on defensive stance and 25-36 on berserker stance.

在这个例子中我们用把动作条第一页（1－12号按钮）根据状态调整不同的映射，ID1-12映射为战斗状态，ID13-24映射为防御状态，25-36映射为狂暴状态。

Neither the killing of Mr Zarqawi nor any breakthrough on the political front will stop the insurgency and the fratricidal murders in their tracks.

在对危险的南部地区访问时，他斥责什叶派民兵领导人对中央集权的挑衅行为。

In fact,I've got him on the satellite mobile right now.

实际上 我们已接通卫星可视电话了