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Here tourists can appreciate a wide variety of replicas of famous sights, such as the Arc of Triumph, the Eiffel Tower, the Glass Pyramid of Louvre, Versailles Palace and Notre Dame de Paris in France; London's Tower Bridge and Buckingham Palace in Britain; the Leaning Tower of Pisa, the Colosseum, Venice and St. Mark Square in Italy; the Alcazar Castle in Spain; the Cologne Cathedral in German; the idyllic sight of windmills and tulips of Holland; the Acropolis of Athens in Greece; the wall and clock towers of Kremlim in Russia; the Taj Mahal in India, the Grand Palace in Thailand; the Angkor Wat in Cambodia; Shwedagon Pagota in Burma; the Merlion in Singapore, the pyramids of Giza and the Abu Simbel Temple in Egypt; the Grand Canyon and the Stature of Liberty in the United States, Sydney Opera House in Australia; the Olmec Heads in Mexico; the statues of Easter Island in Chile; the Linear Drawings at Nasca in Peru; and the Great Wall and the Palace Museum in China, etc.

游客可以在这里观赏法国的凯旋门、埃菲尔铁塔、卢浮宫玻璃金字塔、凡尔赛宫和巴黎圣母院；英国伦敦的塔桥和白金汉宫；意大利的比萨斜塔、罗马大斗兽场、威尼斯水城和圣马克广场；西班牙的阿卡沙堡；德国的科隆大教堂；荷兰的风车和郁金香田园风光；希腊的雅典卫城；俄罗斯的克里姆林宫墙及钟楼；印度的泰姬陵、泰国的泰王宫；柬埔寨的吴哥窟；缅甸的仰光大金塔、新加坡的狮头鱼身像；埃及的吉萨金字塔群和阿布辛伯勒神庙；美国的大峡谷和自由女神像；澳大利亚的悉尼歌剧院；墨西哥的巨石头像；智利的复活节岛巨人石像；秘鲁的那斯卡线画；中国的长城和故宫等景物复制品。

Mark's Square in Italy~ the Alcazar Castle in Spain~ the Cologne Cathedral in Germany~ the Idyllic Sights of Windmills and Tulips in Holland~ the Acropolis of Athens in Greece~ the Wall and Clock Towers of Kremlim in Russia~ the Taj Mahal in India~ the Grand Palace in Thailand~ the Angkor Wat in Cambodia~ Shwe Dagon Pagoda in Burmai the Merlion in SingaPore~ the Pyramids of Giza and the Great Temple of Abu Simbel in Egypt~ the Grand Canyon and the Statue of Liberty in the United States~ Sydney Opera House in Australia~ the Globose in Mexico; the Statues of Easter Island in Chile~ the Linear Drawings at Nasca in Peru~ and the Great Wall and the Imperial Palace in China.

例如，莫斯科的红场是以500万块比麻将牌还小的红砖铺就而成。而埃及的金字塔则以20万块大理石砌成。美国的科罗拉多河和大峡谷的微缩景观高达32米，一条"巨型瀑布"从16米的高处飞流直冲谷底。

There are series of papers studying the solvability of an incompressible, viscous, instationary fluid contained in a domian bounded entirely by a free surface. In 1977, Solonnikov proved its local solvability in a Holder space for any initial date but without surface tension. In 1984, he considered the same problem in a Sobolev space with surface tension being taken into account. In I992, Mogilevskii and Solonnikov treated the same problem in a Holder space, where the coefficient of surface tension is not a constant. There are also short-time existence results for the solvability of an incompressible, vicous, unsteady fluid bounded above by a free surface and below by a fixed bottom which approach horizontal planes at infinity. In 1981, Beale proved its local solvability in a Sobolev space for any initial date but without surface tension. In 1983, Allain were concerned with the same problem in R〓 with surface tension but under the assumption that the initial fluid domain was near a horizontal strip. In 1987, he obtained the same result without the preceding assumption. In 1996, Tani solved the same problem in R with surface tension. For the solvability of an incompressible viscous instationary fluid in Ω R bounded inside by a free surface S and outside by a rotating boundary S, in 1995 Ciuperca proved its local existence in a Sobolev space for any initial date but without surface tension. In this paper, we consider the same problem with surface tension.

对于边界完全是由自由边界组成的有界区域中粘性不可压流体的非定常运动问题，Solonnikcv于1977年在忽略表面张力情况下证明了初值问题小时间解在Holder空间的存在性，于1984年在有表面张力情况下证明了初值问题问题小时间解在Sobolev空间的存在性，Mogilevskii和Solonnikov于1992年在表面张力系数可以不是常数情况下证明了初值问题小时间解在Holder空间的存在性；对于上面是自由边界、下面是固定边界且两边界在无限处趋于水平的无限区域中粘性不可压流体的非定常运动问题，Beale于1981年在忽略表面张力情况下证明了初值问题小时间解在Sobolev空间的存在性，Allain于1983年在有表面张力情况下证明了R中初值问题小时间解在Sobolev空间的存在性，但其中假定初始区域近似是个水平条，他于1987年去掉了这个假定得到同样的结果，Tani于1996年在有表面张力情况下证明了R中初值问题小时间解在Sobolev空间的存在性；对于R中内面是自由边界、外面是旋转边界S的有界区域中粘性不可压流体的非定常运动问题，Ciuperca于1995年在忽略表面张力情况下证明了初值问题小时间解在Sobolev空间的存在性，本文考虑了在有表面张力情况下初值问题可解性问题。

Disney Characters A timeline of character debuts Before Mickey 1924 Alice (of The Alice Comedies, a series of 56 silent cartoons) 1927 Oswald the Lucky Rabbit (star of 26 silent cartoons) Recurring Characters: Mickey and Friends 1928 Mickey Mouse and Minnie Mouse, in Steamboat Willie 1929 Peg-Leg Pete, in The Barn Dance 1929 Clarabelle Cow and Horace Horsecollar, in The Plow Boy 1930 Pluto (AKA "Rover"), in The Chain Gang 1932 Goofy (AKA "Dippy Dawg,""George Geef"), in Mickey's Revue 1934 Donald Fauntleroy Duck, in The Wise Little Hen 1937 Huey, Dewey, and Louie Duck, in the Donald Duck Sunday comics 1937 Daisy Duck (AKA "Donna Duck"), in Don Donald 1943 Chip 'n' Dale, in Private Pluto Stars of Disney Feature Films 1937 Snow White, in Snow White and the Seven Dwarfs 1940 Pinocchio and Jiminy Cricket, in Pinocchio 1941 Dumbo, in Dumbo 1942 Bambi, in Bambi 1950 Cinderella, in Cinderella 1951 Alice and the White Rabbit, in Alice in Wonderland 1953 Peter Pan and Tinkerbell, in Peter Pan 1955 Lady and Tramp, in Lady and the Tramp 1959 Aurora, in Sleeping Beauty 1961 Pongo, Perdita, and the pups, in 101 Dalmatians 1967 Mowgli and Baloo, in The Jungle Book 1974 Robin Hood and Maid Marian, in Robin Hood 1986 Basil, in The Great Mouse Detective 1989 Ariel, in The Little Mermaid 1991 Belle and Beast, in Beauty and the Beast 1992 Jasmine and Aladdin, in Aladdin 1994 Simba, Timon, and Pumbaa, in The Lion King 1995 Buzz Lightyear and Woody, in Toy Story 1995 Pocahontas, in Pocahontas 1996 Esmerelda, in The Hunchback of Notre Dame 1998 Hercules and Megara, in Hercules 1998 Mulan and Mushu, in Mulan 2001 Milo Thatch, in Atlantis: The Lost Empire 2001 Lilo and Stitch, in Lilo And Stitch 2002 Sulley, in Monsters, Inc.

狄斯耐人物一个个性初次登场的时间期限在米奇之前 1924 爱丽丝(爱丽丝喜剧，一系列的 56幅沈默的卡通) 1927 奥斯瓦德幸运的兔子(26幅沈默的卡通的星)回到个性：米奇和朋友 1928 米老鼠和米妮老鼠，在汽船威利 1929 钉-腿的彼得，在谷仓跳舞方面 1929 Clarabelle 母牛和贺瑞斯 Horsecollar，在犁男孩中 1930 冥王星，在链组织中 1932 古菲(AKA"脑筋不正常的 Dawg，""乔治 Geef")，在米奇的讽刺时事的滑稽剧 1934 唐纳德 Fauntleroy 鸭子，在明智的小母鸡中 1937 Huey ，杜威和中尉鸭子，在唐纳德鸭子星期日连环图画中 1937 黛西没入水中(AKA"堂娜鸭子")，在君唐纳德 1943 削'n'山谷，在私人的冥王星狄斯耐特征电影的星 1937 下雪水于白色，在雪白色的和七个矮子 1940 童话中的主角和表示温和的惊讶蟋蟀，在童话中的主角 1941 Dumbo，在 Dumbo 1942 Bambi，在 Bambi 1950 灰姑娘，在灰姑娘 1951 爱丽丝和白色的兔子，在奇境的爱丽丝 1953 彼得平锅和 Tinkerbell，在彼得平锅 1955 淑女和重步声，在淑女和重步声中 1959 奥罗拉，在睡着的美人 1961 在 101只大麦町中的 Pongo ， Perdita，和学生 1967 Mowgli 和 Baloo，在丛林中订购 1974 罗宾头巾和少女圣母玛利亚崇拜者，在罗宾头巾 1986 罗勒，在伟大的老鼠侦探中 1989 瞪羚，在小的美人鱼中 1991 美女和畜牲，在美人和畜牲中 1992 茉莉属植物和安拉丁，在安拉丁 1994 Simba ， Timon 和 Pumbaa，在狮子星国王中 1995 发出嗡嗡声 Lightyear 和多树木的，在供玩耍的故事中 1995 风中奇缘，在风中奇缘 1996 Esmerelda，在 Notre 夫人的驼背中 1998 大力英雄和 Megara，在大力英雄 1998 Mulan 和 Mushu，在 Mulan 2001 Milo 盖屋顶的材料，在阿特兰提斯：失去的帝国 2001 Lilo 和一针，在 Lilo 和一针 2002 Sulley，在怪物，公司 2003 奈莫舰长，在发现奈莫舰长方面 2004 幼鲑，在难以置信人中

Its universality: its democratic equality and constancy to its nature in seeking its own level: its vastness in the ocean of Mercator's projection: its unplumbed profundity in the Sundam trench of the Pacific exceeding 8000 fathoms: the restlessness of its waves and surface particles visiting in turn all points of its seaboard: the independence of its units: the variability of states of sea: its hydrostatic quiescence in calm: its hydrokinetic turgidity in neap and spring tides: its subsidence after devastation: its sterility in the circumpolar icecaps, arctic and antarctic: its climatic and commercial significance: its preponderance of 3 to 1 over the dry land of the globe: its indisputable hegemony extending in square leagues over all the region below the subequatorial tropic of Capricorn: the multisecular stability of its primeval basin: its luteofulvous bed: its capacity to dissolve and hold in solution all soluble substances including millions of tons of the most precious metals: its slow erosions of peninsulas and islands, its persistent formation of homothetic islands, peninsulas and downwardtending promontories: its alluvial deposits: its weight and volume and density: its imperturbability in lagoons and highland tarns: its gradation of colours in the torrid and temperate and frigid zones: its vehicular ramifications in continental lakecontained streams and confluent oceanflowing rivers with their tributaries and transoceanic currents, gulfstream, north and south equatorial courses: its violence in seaquakes, waterspouts, Artesian wells, eruptions, torrents, eddies, freshets, spates, groundswells, watersheds, waterpartings, geysers, cataracts, whirlpools, maelstroms, inundations, deluges, cloudbursts: its vast circumterrestrial ahorizontal curve: its secrecy in springs and latent humidity, revealed by rhabdomantic or hygrometric instruments and exemplified by the well by the hole in the wall at Ashtown gate, saturation of air, distillation of dew: the simplicity of its composition, two constituent parts of hydrogen with one constituent part of oxygen: its healing virtues: its buoyancy in the waters of the Dead Sea: its persevering penetrativeness in runnels, gullies, inadequate dams, leaks on shipboard: its properties for cleansing, quenching thirst and fire, nourishing vegetation: its infallibility as paradigm and paragon: its metamorphoses as vapour, mist, cloud, rain, sleet, snow, hail: its strength in rigid hydrants: its variety of forms in loughs and bays and gulfs and bights and guts and lagoons and atolls and archipelagos and sounds and fjords and minches and tidal estuaries and arms of sea: its solidity in glaciers, icebergs, icefloes: its docility in working hydraulic millwheels, turbines, dynamos, electric power stations, bleachworks, tanneries, scutchmills: its utility in canals, rivers, if navigable, floating and graving docks: its potentiality derivable from harnessed tides or watercourses falling from level to level: its submarine fauna and flora, numerically, if not literally, the inhabitants of the globe: its ubiquity as constituting 90 percent of the human body: the noxiousness of its effluvia in lacustrine marshes, pestilential fens, faded flowerwater, stagnant pools in the waning moon.

50它的普遍性，它的民主的平等性，以及保持着它自身求平的本质。用墨卡托投影法在地图上所标示出的浩淼的海洋；太平洋中巽他海沟那超过八千噚的不可测的深度；永不消停、后浪推前浪地冲刷着海岸线每一部位的波涛以及水面上的微粒子；水的单位粒子的独立性；海洋变幻莫测；根据液体静力学，风平浪静时它纹丝不动；根据液体动力学，小潮大潮时它便涨了起来。暴风雨后一片沉寂；北极圈与南极圈冰冠地带的不毛性以及对气候及贸易的影响；跟地球上的陆地相比占三对一优势；它在亚赤道带南回归线以南的整个区域延伸无数平方海里的绝对权威；其在原始海盆里数千万年以来所保持的稳定性；它那橙红色海床；它那把包括数百万吨贵金属在内的可溶解物质加以溶解，并使之保持在溶解状态的性能；它对半岛和有下陷趋势的岬角所产生的缓慢的浸蚀作用；其冲积层；其重量、容积与浓度；它在咸水湖、高山湖里的静谧；其色调因热带、温带和寒带而变为或浓或淡；与陆上的湖泊、溪流及支流汇合后注入海洋的河川，还有横跨大洋的潮流所构成的运输网。沿着赤道下面的水路自北向南的湾流；海震、水龙卷、自流井、喷泉、湍流、漩涡、河水暴涨、倾盆大雨、海啸、流域、分水岭、间歇泉、大瀑布、漩流、海漩、洪水、泛滥、暴雨等滥施淫威；环绕陆地的上层土壤那漫长的曲线；源泉的奥秘可用探矿杖来占卜或用湿度测定器来揭示；阿什汤大门的墙壁上的洞、空气的饱和与露水的蒸发能够证明那潜在的湿度；水的成分单纯，是氢二、氧一的化合物；水的疗效；水的死海里的浮力；它在小溪、涧谷、水坝的缝隙、船舷的裂口所显示的顽强的浸透性；它那清除污垢、解渴、灭火、滋养植物的性能；作为模范和典型，它的可靠性；它变化多端：雾、霭、云、雨、麦、雪、雹；并在坚固的消防龙头上发挥出压力；而且千姿百态：湖泊、湖岔、内海、海湾、海岬、环礁湖、环状珊瑚岛、多岛海、海峡、峡江、明奇、潮汐港湾、港湾；冰河、冰山、浮动冰原显示出它是何等坚硬；在运转水车、水轮机、发电机、发电厂、漂白作坊、鞣皮厂、打麻厂时，它又是那样驯顺；它在运河、可航行的河川、浮船坞和干船坞所起的作用；潮汐的动力化或利用水路的落差使它得以发挥潜力；海底那些成群的动物和植物虽然并非名副其实地栖息在地球上，论数目却占地球上生物的一大半；水无所不在，占人体的百分之九十；在沼泽地、闹瘟疫的湿地、馊了的花露水以及月亏期那淤积污浊的水塘子，水所散发的恶臭充满了毒气。

in order to probe into whether glycine supplementation plays an adjusting role in sports performance and immune functions, the authors divided 30 mice randomly into an exhaustive exercising group (e1), glycine supplemented exhaustive exercising group (e2) and a normal resting control group, with 10 mice in each group, supplemented glycine to mice in group e2 and physiological saline to mice in the other two groups, let mice in groups e1 and e2 do an exhaustive swimming exercise 4 weeks later, applied the trace ch50 hemolysis method to analyze supplement activity, applied the mtt method to perform a quantitative analysis on the lymphopoiesis ability of spleen, and thus revealed the following findings: compared with mice in group e1, the time taken by mice in group e2 to swim to an exhausted state is significantly longer (p.05); total supplement activity in blood serum of mice in group e1 is significantly lower than the same of mice in group s (p＜0.01), and total supplement activity in blood serum of mice in group e2 is significantly higher than the same of mice in group e1 (p.01), but still significantly lower than the same of mice in group s (p.05); as observed from the test of the lymphopoiesis ability of spleen, the lymphopoiesis ability of spleen of mice in group e1 is significantly lower than the same of mice in group s, and the lymphopoiesis ability of spleen of mice in group e2 is significantly higher than the same of mice in group e1, but still significantly lower than the same of mice in group s.

四型肽精氨酸脱氨酶在类风湿性关节炎。。。以马来酸酐与氨水为原料热缩聚法合成。。。摘要：为探讨甘氨酸补充对运动能力及免疫功能是否具有调节作用，将30只小鼠随机分成力竭游泳运动组(e1)、甘氨酸补充后力竭游泳组(e2)和静息正常对照组，每组10只。在e2组补充甘氨酸，其余两组给予生理盐水，处理4周后，e1组和e2组均做力竭性游泳运动。采用微量ch50溶血法分析补体活性，采用mtt法定量分析脾脏淋巴细胞增殖能力。结果显示，与e1组比较，e2组游泳至力竭的时间显著延长(p＜0.01)。e1组血清总补体活性显著低于s组(p＜0.01)，e2组显著高于e1组(p.01)，但仍显著低于s组(p.05)。在脾脏淋巴细胞增殖试验中观察到，e1组显著低于s组，e2组显著高于e1组但仍显著低于s组。

With a turbulent history that reaches back 2,000 years, this most elegant and bustling of Scottish cities is dominated by the River Ness that sweeps gracefully into the Moray Firth, with its 500 miles of coastline. From July to September, Inverness makes its own contribution to Highland 2007 with 'Summer in the City' - an outdoor festival that showcases Highland musicians, singers, artists and young theatrical talent (www.invernessccm.co.uk).

追溯至2000年前那动荡不安的岁月，苏格兰最优雅繁华的城市多分布在尼斯河沿岸，风景如画的尼斯河蜿蜒前行，注入拥有500英里海岸线的摩瑞湾。7月至9月，因弗内斯将举办&城市之夏&('Summer in the City')户外艺术节，展现高地音乐家、歌唱家、艺术家和青年文艺人才( www.invernessccm.co.uk )的风貌，令高地2007年活动更加丰富多彩。

In 1904,Jespersen publised his book How to Teach a Foreign Language,which presented a good summary of the movement's practical implications for the language teachers.

In 1904年，耶斯佩森发表他的书如何教一门外语，其中介绍了一个很好的总结运动'章语文教师的实际影响。

King James Version :" In the beginning was the Word, and the Word was with God, and the Word was God."

&太初&英文是& In the beginning &，这词组在圣经的其它地方使用时，是指有开始的，举个例说

Master of Science in Business Administration M.Sc.

搜索硕士研究生课程- Master in Business专业。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。