查询词典 Big

Therefore may say the black hole the evolution is the big universe big space evolution, forms the partial universe the macroenvironment, such as: Metagalaxy, individual galaxy; But the big photostar movement evolution is the microcosm small space evolution, thus forms in universe the microenvironment small unit, such as: New star, new planet; These constitute the entire universe riotous color together, as well as unequalled magnificent picture and wrapped in a shroud of obscurity each kind of interspace movement!

因此可以说黑洞的演变是大宇宙大空间的演变，形成局部宇宙的大环境，诸如：总星系，个体星系；而大星体运行的演变是小宇宙小空间的演变，从而形成宇宙内的小环境小单元，诸如：新的恒星、新的行星；这些共同构成整个宇宙的缤纷色彩，以及无与伦比的壮观景象与神秘莫测的各种星际运动！

As we expected, the cellular phones has a huge monochrome display, big font on the screen, big keypad all got to be big!

正如我们所料，手机拥有庞大的单色显示器，大字体在屏幕上，大键盘

This paper through has grasped the big number to the big number plus-minus method operation in between the computer expression big number and the character transformation.

这篇论文通过对大数加减法的运算掌握了大数在计算机中的表示大数与字符之间的转换。

In accordance with these questions, one kind of method solving these issues was put forward in this text, and namely adopting mathematics to build the method of pattern, by w-ay of studying the big needle drum system of PASSIM's cigarette machine, to use the mathematical model of big needle drum system of " black box " method establishment, and uses whole parameter and the correlation coefficient to map out the big needle drum system mathematical model of least square method, the question time lapse that what in accordance with the system exists pure adopts Smith compensator to estimate the compensator in advance solving the issue of system lag, and uses whole fixed method of frequency conversion control engineering and PLC's control engineering and PID etc to put into effect transforming to the system, and finally by way of theory verify and reality to verify to prove the success of system transformation.

针对这些问题，本文提出了一种解决这些问题的办法，即采用数学建模的方法，通过研究PASSIM卷烟机大针鼓系统，利用"黑匣子"方法建立大针鼓系统的数学模型，并运用最小二乘法整定出大针鼓系统数学模型的参数及相关系数，针对系统存在的纯时滞问题，采用史密斯预估计补偿器来解决系统滞后的问题，并利用变频控制技术和PLC控制技术、PID参数整定方法等对系统实施改造，最后通过理论验证和实际验证证明了系统改造的成功。

He spent more than 80,000 yuan with a big change, the results of the shop, which, software, hardware can not say fashionable advance to the completion of his right Look at the left is a fine feel like a "big warehouse," flavor "big hodgepodge" So is the lack of home warm and comfortable.

他花了8万多元大装大改，结果，铺的、摆的、软件、硬件不能不说时髦超前，可完工后他左看右瞧都觉得像个精品"大仓库"、色彩的"大杂烩"，惟独缺少的是家的温馨和舒适。

The traditional hydraulic pressure riveter uses the ordinary high-pressured fluid pump, the cylinder body is big, unwieldy, and moreover the current capacity of fluid pumps is big, the power loses in a big way,too.

页数：51液压铆枪被广泛应用于汽车、船舶、锅炉、桥梁、建筑等行业。传统的液压铆枪采用普通的液压泵，液压缸体积大，太笨重，而且液压泵流量大、功率损失也大。

Other bishops, priests, men and women religious going up a steep mountain, at the top of which there was a big cross of rough-hewn trunks as of a cork-tree with the bark; before reaching there the Holy Father passed through a big city half in ruins and half trembling with halting step, afflicted with pain and sorrow, he prayed for the souls of the corpses he met on this way; having reached the top of the mountain, on his knees at the foot of the big cross he was killed by a group of soldiers who fired bullets and arrows at him, and in the same way there died one after another the other bishops, priests, men and women religious and various lay people of different ranks and positions.

一位穿白衣的主教，在我们的印象中，那是教宗，他和其它的主教、神父、僧侣和修女爬著一座险峻的山。山顶有一个以树干粗略削成的大十字架，像一个有桅杆的软木树。在到达那之前，教宗越过一座已毁掉一半，而另一半也只要有巅跛脚步就会摇撼的城市。见到些景象，教宗感到痛苦和悲伤，并为路上所遇见尸体的灵魂而祈祷。当他到达山顶，跪在这大十字架下时，他被一群士兵用子弹和弓箭所杀，同时也有许多的主教、僧侣、修女以及各阶层的平民百姓也同样惨遭杀害。

Can roll out, two products, think everybody knows, there is a kind of view in industry before, that is, the content that Baidu searchs is far be inferior to GG, the content of Baidu is too much rubbish content, actually really such also, the friend of a few major, use GG mostly, but Baidu is not willing however, tell the truth after all what the technology of Baidu does not have GG is good, but Baidu also is not fool, he also is in at the same time progress, the search that Baidu also can try hard to raise his after contains Troy; to have authoritative statistic GG is in today home with occupational the market of 30%, can think Baidu this country's biggest player, not can urgent, so he rolled out plan of what phoenix mew this year, this moment, very big friend of one part stationmaster has urgent, because still checking, adjust, think everybody saw the near future, a lot of websites, unhappy according to, home page falls authority, very big one part reason is this plan, baidu can raise what he searchs to contain Troy, at the same time this is meant, very big one part, rely on to collect, pilfer catenary, wait for a few heterodoxy, a few opportunistic sites will lose vivosphere, but at the same time also a few normal sites also got embroil, but do not be afraid of, believe the actual strength of Baidu, believe oneself, to finally, those who rank front row is normal site absolutely, and the site with the long time that build a station, the site with close user, content is the site that achieves formerly more, making a station have a few experience, that is: The network achieves myth, roam holds the post of our bank, sum up two words to hold to

会推出，两个产品，想想大家都知道吧，以前在业界有一种说法，那就是，百度搜索的内容远不如GG，百度的内容太多垃圾内容，其实也确实如此，一些专业的朋友，大多都用GG吧，但是百度却不愿意，说实话毕竟百度的技术没有GG的好，但是百度也不是傻子，他也同时在进步，以后百度也会努力提高自己的搜索含金量；具权威统计今天GG在国内以占领了百分之三十的市场，可想百度这个国内最大的玩家，能不急吗，所以他在今年就推出了什么凤巢计划，这个时候，很大一部分站长朋友有急了，因为还在测试，调整，想大家都看到了近期，很多网站，都不快照，首页降权，很大一部分原因都是这个计划吧，百度会提高自己搜索的含金量，同时这就意味着，很大一部分，靠采集，盗链，等一些旁门左道，的一些投机取巧的站点将失去生存空间，但是同时也有一些正规站点也受到了牵连，但是不要怕，相信百度的实力，相信自己，到最后，排名前列的绝对是正规的站点，而且建站时间长的站点，用户亲密的站点，内容多为原创的站点，在作站有几句体会，那就是：网络创神话，遨游任我行，总结两个字坚持

In fact, I would have applauded if she had gone to the apartment, hurled herself into his arms, shagged him, and then bade him goodbye and walked out of the penthouse with her head held high, leaving him dazed and confused!

事实上，如果情节设置成Carrie最后回到她和Big的豪华公寓，飞也似的扑到Big怀中，ml，然后器宇轩昂地吻别Big，头也不回地离开，剩下BigSB似地丈二和尚摸不着头脑，作为观众，我会为之喝彩。

Ryan Kisor, one of the best jazz trumpeters in the world, was born April 12th, 1973 in Sioux City, Iowa. He began playing in a local dance band by the age of ten, began classical lessons at 12, met and was inspired by Clark Terry at 15 (while attending the latter's summer jazz camp) and played with various high school all-star bands. In November of 1990 he won the Thelonius Monk Institute's trumpet competition at the age of just 17, beating out the likes of Nicholas Payton and Marcus Printup. After graduating from high school in 1991, he went to the Manhattan School of Music and later studied with Lew Soloff among others. He has recorded fairly extensively both as a leader and sideman and with small and large groups. Among the highlights; the Mingus Big Band (which still plays every Thursday night at "The Fez" under Time Cafe in NYC's east village), the Michel Camilo Big Band (which although only existed for the purpose of recording the album,"One More Once," was arguably one of the best latin big bands recorded in recent memory), the Lincoln Center Jazz Orchestra, Gerry Mulligan, Wynton Marsalis, Wycliffe Gordon, Horace Silver, and Walter Blanding.

Ryan Kisor，美国著名爵士小号演奏家，1973年4月3日生于美国爱荷华州，10岁开始学习小号演奏，1990年在美国竞争最为激烈的爵士乐比赛——Monk国际爵士乐大赛（International Thelonious Monk Jazz Competition）中击败像Nicholas Payton和Marcus Printup这样的高手获得优胜，当时年仅17岁。1991年中学毕业后，被著名学府曼哈顿音乐学院录取师从Lew Soloff先生学习小号，在学期间加入Mingus大乐队，年纪轻轻便以惊人的深厚实力成为独当一面的独奏小号手。19岁时以首张专辑《One For Miles》正式出道，而后自1994年至今一直为世界著名爵士小号演奏大师Wynton Marsalis领衔的林肯中心爵士乐团的常任小号演奏家，同时Kisor先生还受聘加入卡内基音乐厅爵士乐团以及David Matthews率领的曼哈顿爵士乐团，杰出的演奏技巧及艺术水准受到世界乐坛之瞩目，曾受邀多次出访全球各国，每次均毫无保留的展现了其精湛的演奏实力，让世界各地的广大乐迷感受到其小号的魅力。

Recall that, in the Kolmogorov axiomatization, measurable sets are the sets which have a probability or, in other words, the sets corresponding to yes/no questions that have a probabilistic answer.

延期开工的Kolmogorov宣布要衡量所有套职能有限许多坐标限制在于衡量子寅。换句话说，如果是/否的问题回答f可看的价值观念在许多最有限坐标，然后它有一个概率的答案。

The experimental results showed that the algorithm can filter singular points and remain fixity of the target edge.

实验表明：基于模糊理论的图像智能滤波方法比常规图像滤波方法运算量小，它既能去除奇异点，又能保持图像中目标的边缘不变性，具有很好的滤波效果。