查询词典 growing point

Con Il Tuo Nome 歌词: The trees they grow high, and the leaves they do grow green, Many is the time my true love I\'ve seen, Many an hour I have watched him all alone, He\'s young but he\'s daily growing. eAAul Father, dear father, you\'ve done me great wrong, You have married me to a boy who is too young, I am twice twelve and he is but fourteen, He\'s young but he\'s daily growing. Daughter, dear daughter, I\'ve done you no wrong, I have married you to a great lord\'s son, He will be a man for you when I am dead and gone, He\'s young but he\'s daily growing Father, dear father, if you see fit, We\'ll send him to college for another year yet, I\'ll tie a blue ribbon all around his head, To let the maidens know that he is married. One day I was looking over my father\'s castle wall, I spied all the boys playing with a ball, And my own true love was the flower of them all, He\'s young but he\'s daily growing. And so early in the morning at the dawning of the day, They went into a hayfield to have some sport and play, And what they did there she never would declare, But she never more complained of his growing. At the age of fourteen he was a married man, At the age of sixteen his grave it was green, And death had put an end to his growing. I\'ll buy my love some flannel, I\'ll make my love a shroud, With every stitch I put in it, the tears they will pour down, With every stitch I put in it, how the tears they will flow, Cruel fate has put an end to his growing.

Con Il Tuo Nome 中文歌词：树儿，他高高的生长，叶儿，她嫩绿嫩绿很早我就见到了我的爱人很多时候，我悄悄凝望他他很年轻却一天天的成长父亲，亲爱的父亲，你对我做了件大错事你让我嫁给一个太年轻的男孩我都24了他却14 他很年轻却一天天的成长女儿，亲爱的女儿，我并没做错什么我让你嫁给了一个不错的小伙子当我老去离开后他将成为你唯一的男人他很年轻却一天天的成长父亲，亲爱的父亲，如果你觉得适合我们来年就送他去学校我会把他头上绑条蓝丝带让其他的女子知道他已经结婚有天，我在我父亲的城墙观望我看到很多男孩子在玩球我的至爱是其中最显眼的一个他很年轻却一天天的成长黎明初晨他们在草地上运动玩耍她无法知道他们在做什么但她再也不会抱怨他的成长他14岁时就是个已婚男子了 15岁他就成了我孩子的爸 16岁时他年轻的离去了死亡把他的成长定格成终点我要为我的爱人买些布裳，我要为我的爱人做件裳，我的一针一线泪滴汇制我的一针一线泪从何处流残酷的命运带走了我年轻的爱人下载地址

The existing points and lines would form a closed geometric shape. If we put the new point Z outside the closed geometric shape at first and later then found that the point Z has neighboring relationship with the existing point A which is inside the closed geometric shape, we could not link point Z and A directly because that would bring line crossing. If we rearrange the point Z into the closed geometric shape, that also would cause a lot of work to do. With the help of Exclave, all problems could be solved easily. We use point X outside the closed geometric shape as the Exclave of the point A. Then the line between point Z and X could demonstrate the neighboring relationship of the point Z and A.

原有的各点和相邻线段往往会形成一个封闭的几何图形，如果我们把新增点 Z 设在原有的封闭几何图形外部，后来又发现该点 Z 和位于封闭几何图形内部的点 A 存在相邻关系，这时不能直接将两点连接因为那将产生交叉，而如果将点 Z 重新设在封闭图形内部也将导致大量的调整工作；此时借助外飞地的概念，可以轻松地解决上述问题，即在封闭几何图形外部设置点 X 作为点 A 的外飞地，两点使用同样的颜色，用点 Z 和点 X 的相邻线段表示点 Z 和点 A 之间的相邻关系。

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Mom explained " Together with Ziita's growing, the lunch box is growing elder; the soup you drink is growing elder; the room you live is growing higher, and even the earth is growing bigger!"

妈妈说："小宇长大了，饭盒也跟着一起变大了，喝的汤也一起长大了，住的房间也一起长高了，连地球也跟着变大了呢！"小宇乐了。

Namely, the first, the beginning, end and length of growing season of every type of vegetation is estimated with threshold method and moving average method, and the beginning end and length of growing season of vegetation from 1982 to 1999 is fitted linearly, finally, linear trend of the beginning end and length of growing season of vegetation is analyzed. The second, phenological phase in different years and zones is estimated based on greatest changes of slope method and EOF analysis method, and the result monitored by the two methods is compared, as a result, trend of growing season change from 1982 to 1999 in different latitude zones is better acquired. The third, phenological phase of vegetation in different spatial location from 1982 to 1999 is fitted based on curve. Then, spatial difference rules of growing season of every year and average of multi-year is discussed in article. In the end, lag correlation and linear regress are used to study relation between phenological phase of different types of vegetation, different latitude zones, different spatial places and climate changes.

利用阈值法和滑动平均法逐年估测了每种植被类型的生长季的开始、结束日期及长度；对18年中植被生长季的开始、结束时间和长度进行一次线性拟合，分析了植被生长季的开始、结束日期和长度的线性变化趋势；基于最大变化斜率法和EOF分析法估计了不同年份、不同区域内植被生长季的开始、结束时间及其长度，并对这两种方法的监测结果作了比较，从而得到了较好的不同纬度区域1982～1999年植被生长季的变化趋势；基于曲线拟合了1982～1999年的不同空间位置的植被物候期，然后讨论了每年和多年平均的植被生长季的空间分异规律；最后利用时滞相关分析和线性回归研究了不同类型植被的物候期与气候变化的相互关系，不同纬度带的植被物候期与气候变化的相互关系，植被物候期与气候变化空间相互关系。

According to the principle of the diameter of a circle corresponding to the right angle and the principle of short side for little angle in right triangle, projecting the initially-chosen point to the hyper-planes of the linear equation group in which every linear equation can be regarded as a hyper-plane and the projection points can be obtained. The initially-chosen point, and one arbitrary projection point, and the solution point are all on the surface of the relative hyper-geometry ball, therein-to, there is a projection point which is nearest to the solution point and it can be regarded as the next iterative initially-chosen point, so the solution problem of the linear equation group can be changed as an iterative problem of approaching the solution on the surface of a hyper-geometry ball.

根据直径对应的圆周角足直角以及直角三角形中短边对小角的原理进一步知道，当将初始点向线性方程组中各个方程所代表的超平面上投影得到投影点时，初始点和其任何一个投影点及方程组的解点都将位于一个相应的超球面上，其中必定存在一个投影点离问题解点的距离最短，即把该点作为下一次迭代的初始点，从而可将线性方程组求解的问题变成球面上逼近解点的迭代问题。

Thence in a southeasterly direction to Corner Point No. CP14 (X = 484 330, Y = 683 415); thence in a. northeasterly direction to Corner Point No. CP15 (X = 484 390, Y = 683 490); thence in a southeasterly direction to Corner Point No. CP16 (X = 484 415, Y = 683 470); thence in a southwesterly direction to Corner Point No. CP17 (X = 484 355, Y = 683 395); thence in a southeasterly direction to Corner Point No. CP18 (X = 484 430, Y = 683 335); thence in a southeasterly direction to Corner Point No. CP1, the point of beginning.

从该点起向东南延伸至隅角点CP14（X = 484 330，Y = 683 415）；从该点起向东北延伸至隅角点CP15（X = 484 390，Y = 683 490）；从该点起向东南延伸至隅角点CP16（X = 484 415，Y = 683 470）；从该点起向西南延伸至隅角点CP17（X = 484 355，Y = 683 395）；从该点起向东南延伸至隅角点CP18（X = 484 430，Y = 683 335）；从该点起向东南延伸至隅角点CP1。

In the computer simulation aspect, following work has been down:At first, the Wolfgang Schreiner's model is employed and extended to a new computer arteriole optimal growing model. Many new algorithms are described, such as signal tracing, resistance calculating, resistance balancing and flow balancing. With these algorithms and methods, the arteriole networks can be grown successfully on microcomputer.Secondly, a growing-network ordering method, which is called auto-centripetal ordering method of the growing networks, can be employed to order the growing networks to calculate the average parameters of the networks in level series.

在计算机模型及仿真方面：首先本文改进、推广了WolfgangSchreiner模型，提出小动脉计算机优化生长模型，以及信号灯追踪、计算网络阻力、阻力平衡和流量平衡新算法，利用这种模型和算法成功地在微机上生长出了小动脉网络；第二，本文提出生长网络自动向心分级法，对生长网络进行了自动分级，并将网络参数的分级统计结果与A。

It is well known that the large lattice mismatch (16%) and thermal expansion coefficient mismatch between GaN and sapphire substrate are the main origins of TDs. By new growing technique of LEO, we acquired high quality GaN films almost free of TDs. The stress characteristics in GaN films with MLTB growing technique is dependent on growing systems and conditions, and the changes of stress and dislocation density are rightabout; Combining buffer layers of high temperature and low temperature is first developed to growing GaN films with low dislocation density, and the mechanism of lowering TDs density is that the first buffer layer of high temperature can make nuclear in second buffer layer of low temperature bigger. This technique also can restrain yellow luminescence effectively.

众所周知，晶格失配和热应力失配是GaN异质外延中位错产生的主要原因；为此，我们对几种降低缺陷的MOCVD外延生长方法进行了新的尝试，其中尝试了侧向外延生长技术，得到了低位错密度（小于10〓/cm〓）、高质量的GaN外延层；尝试多低温缓冲层法，发现材料中的应力特性与生长系统和生长条件有关，材料中的应力与位错密度按相反方向变化；首次尝试高低温联合缓冲层法，材料中高温缓冲层可以使随后的低温缓冲层中成核颗粒增大，从而导致随后高温GaN外延膜中位错密度降低，并且能够有效地抑制黄光峰。

Recently there is a growing / unhealthy tendency to / in / that genera l / deep-seated belief in / that general / uneasy feeling of / against / that growing / nation-ide recognition of / that growing / general awareness of / that deep / serious concern over / for / that deep / keen interest ingrowing / great demand for growing / great enthusiasm for / among sb ...

如今人们越来越关注我们的孩子所承受的沉重的学习负担和精神压力。在校学习一天后，他们带回许多作业，常常做到深夜。他们很少玩或去看电影。他们为分数所累，几乎没有时间品尝人生，并成长为一个全面发展的人。

After explaining total design of automated test system for microcircuit , the thesis introduces GPIB standard .

文章在说明了微电路模块自动测试系统的总体设计后，对GPIB标准进行了介绍。

He interceded in my behalf.

他替我说情。