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Because of inappropriate operation between oncoming straight and left-turn vehicles of signalized intersections of urban areas in Taiwan the department of traffic ever offered corrigible opinions involve in right of way, center of intersections adjudging hard and indirectly encouraged to accelerate left-turn vehicles. But all still lack quantification analysis. Therefore, this problem is worth studying.This study will aim at safe passage of oncoming straight and left-turn vehicles for at-grade signalized intersections. So, this study will be based on row's theory, theory of traffic conflicts, and take many factors into consideration, such as the width of the intersections, types of the intersections, center of the intersections, the size of the vehicles, the location of the vehicles, the radius of turn, paths of operation, the speed of the vehicles, the types of collisions, the angle of road, and also deduce formulas of coordinate of paths. The main method used in this research is the simulation of different situations. By the method, the analytic model of safe passage of oncoming straight and left-turn vehicles for at-grade signalized intersections will be established, and this study will also subsume critical speed of conflict and expected number of times of safe passage. Finally involved rules of safe passage will be proffered.

鉴於台湾都市地区路口对向直行左转车辆常遭受对向车辆不当驾驶行为干扰，因而道路交通主管机关曾针对路口对向直行左转相关道路交通法规可能产生之对向直行左转路权判断不易、路口中心处不易区分、间接鼓励路口转弯车加速左转等问题提出检讨之修正意见，唯整体考量仍缺少〝量化〞分析，系一值得研究之课题，因此，本研究将针对号志化平面路口对向直行左转车辆安全通行问题於法规层面上之特殊性，以交通冲突理论、路权理论为基础，并考量路口宽度、路口型式、路口中心处、车辆尺寸、转弯半径、运行轨迹、行驶速率、行车位置、最终碰撞型态、道路交角等因素，先行推导车辆行驶轨迹座标公式，再利用情境模拟分析法，进行号志化平面路口对向直行左转车辆安全通行分析，分析过程中则纳入冲突临界速率与安全通行期望次数理念，并根据路口对向左转车辆安全通行轨迹、速率集中分布范围之分析结果及相关理论，研拟号志化路口对向左转车辆安全通行轨迹、速率，及对向直行左转车辆路权判断原则，以供驾驶者路口直行左转安全通行之参考。

By use of continuation power flow method based on unified iteration, the step length around the critical point is reduced, so that whole PV curve and accurate critical point can be obtained.

该算法采用基于统一迭代法的连续潮流法，在临界点附近采取缩小步长的策略，可以精确求出整个PV曲线并得到精确临界点。

Physical model and research development of scratch test are reviewed in this paper.The physical relationship between critical load Lc measured by scratch test,shear strength and adhesion energy exists.The critical load Lc can be used to characte

文摘：本文总结了划痕试验法的物理模型及研究现状，临界载荷与涂层和基体之间的界面剪切强度和附着功有物理关系，临界载荷能够表征涂层与基体的结合力。

This回抽three points should be said that 1800 has posed a more obvious pressure, but today will be on the final trading day of its decision directly on the closing line, the amount can not be released to show that closed on line and short-term back pumped into the critical period, if confirmed at the early stage of 1800-2300 Box破位effective, then the A shares of the bottom of the road, I am afraid will continue; the contrary can be cautiously optimistic.

这回抽三点应该说，1800年有较明显构成压力，但今天将在其决定最后一个交易日的收盘线直接，金额不能公开表明对线和短期封闭式长期回注入了关键时期，如果证实，在2300至00年的早期阶段箱破位有效，那么道路底部的A股，恐怕将继续下去；相反，可以谨慎的乐观。

College will be the most important years in your lifes It is in college that you will truly discover what learning is abouts You often question "what good is this course"s I encourage you to be inquisitive, but I also want to tell you :"education is what you have left after all that is taught is forgotten"s What I mean by that is the materials taught isn't as important as you gaining the ability to learn a new subject, and the ability to analyze a new problems That is really what learning in college is about this will be the period where you go from teacher-taught to master-inspired, after which you must become self-learners So do take each subject seriously, and even if what you learn isn't critical for your life, the skills of learning will be something you cherish forevers

大学将是你人生最重要的时光，在大学里你会发现学习的真谛。你以前经常会问到&这个课程有什么用&，这是个好问题，但是我希望你理解：&教育的真谛就是当你忘记一切所学到的东西之后所剩下的东西。&我的意思是，最重要的不是你学到的具体的知识，而是你学习新事物和解决新问题的能力。这才是大学学习的真正意义——这将是你从被动学习转向自主学习的阶段，之后你会变成一个很好的自学者。所以，即便你所学的不是生活里所急需的，也要认真看待大学里的每一门功课，就算学习的技能你会忘记，学习的能力是你将受用终身的。

College will be the most important years in your lifes It is in college that you will truly discover what learning is abouts You often question "what good is this course"s I encourage you to be inquisitive, but I also want to tell you :"education is what you have left after all that is taught is forgotten"s What I mean by that is the materials taught isn't as important as you gaining the ability to learn a new subject, and the ability to analyze a new problems That is really what learning in college is about –this will be the period where you go from teacher-taught to master-inspired, after which you must become self-learners So do take each subject seriously, and even if what you learn isn't critical for your life, the skills of learning will be something you cherish forevers

大学将是你人生最重要的时间，在大学里你会创造学习的真理。你以前经常会问到&这个课程有什么用&，这是个好问题，但是我盼望你懂得：&教导的真理就是当你忘记一切所学到的东西之后所剩下的东西。&我的意思是，最重要的不是你学到的具体的知识，而是你学习新事物和解决新问题的能力。这才是大学学习的真正意义——这将是你从被动学习转向自主学习的阶段，之后你会变成一个很好的自学者。所以，即便你所学的不是生活里所急需的，也要认真看待大学里的每一门功课，就算学习的技巧你会忘记，学习的能力是你将受用毕生的。

College will be the most important years in yourlifes It is in college that you will trulydiscover what learning is abouts You oftenquestion "what good is this course"s Iencourage you to be inquisitive, but I also want to tell you :"education is what you have left after all that is taught isforgotten"s What I mean by that is thematerials taught isn't as important as you gaining the ability tolearn a new subject, and the ability to analyze a newproblems That is really what learning incollege is about this will be the period where you go fromteacher-taught to master-inspired, after which you must becomeself-learners So do take each subjectseriously, and even if what you learn isn't critical for your life,the skills of learning will be something you cherish forevers

大学将是你人生最重要的时光，在大学里你会发现学习的真谛。你以前经常会问到&这个课程有什么用&，这是个好问题，但是我希望你理解：&教育的真谛就是当你忘记一切所学到的东西之后所剩下的东西。&我的意思是，最重要的不是你学到的具体的知识，而是你学习新事物和解决新问题的能力。这才是大学学习的真正意义——这将是你从被动学习转向自主学习的阶段，之后你会变成一个很好的自学者。所以，即便你所学的不是生活里所急需的，也要认真看待大学里的每一门功课，就算学习的技能你会忘记，学习的能力是你将受用终身的。

The critical nitrogen content in heading period was used to calculate the biggest accumulation quantity of nitrogen. The latent distribution index of leaf and stem, which was the variety heredity parameter, were used to distinguish the difference in nitrogen assignment in different varieties. The dynamic content of the nitrogen accumulation before anthesis could be described with a Richards model. The dynamic content of the nitrogen remobilization in leaf with leaf area index could be described with a power model, and the nitrogen absorption of grain from soil with dry weight could be described with a power model. The dynamic content of nitrogen density in stem and spike with physiological development time could be described with a nonlinear model.

模型利用抽穗期植株临界含氮量来表达氮素最大积累量，引入叶片潜在分配指数和茎鞘潜在分配指数2个品种遗传参数来区别不同品种在器官间的氮素分配差异，采用Richards方程来描述大麦花前氮素积累动态变化；采用指数函数方程来描述叶片氮的转移量随叶面积指数的动态变化以及籽粒从土壤中吸收的氮量随干物重的动态变化；采用非线性函数方程描述茎鞘和穗部的氮浓度随生理发育时间的动态变化。

The paper has calculated the critical volume combinations of some left turn rates and drawn the critical volume combinations curves, which can be used to justify a left-turn-lane at unsignalized T-intersection.

利用此曲线可判定无信号T型交叉口是否需要设置左转车道，对无信号交叉口的规划、设计、建设和管理等工程实践具有重要的指导意义。

The chance of Critical Strike can be increased by the amazon's Critical Strike skill and assassin/ barbarian Weapon Masteries.

临界一击的机率可借由提高亚马逊的临界一击技能和刺客/蛮人武器技能来提高。

On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.

另一方面，更重要的是由于城市住房是一种异质性产品。

Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.

气候直方图是将所收集的降水量测定值，分为几个相等的区间作为横轴，并将各区间内所测定值依所出现的次数累积而成的面积，用柱子排起来的图形，也叫做柱状图。