简介:本课是一节高中英语阅读课,话题为广告。教师以学生最喜欢的广告导入话题,激起学生的学习热情,进而通过对比几组不同风格的广告,引起学生思考——Howadvertisingworks?教师通过对文本不同层次的处理,扎实有效地培养学生阅读的predicting,skimming,scanning,paraphrasingandinferring等技能。
简介:Topunistouseawordorwordstogettwomeanings,literalmeaningandconnotationmeaningtoachievehumorousorsarcasticsense.Itisawidely-usedfigureofspeechinbothEnglishlanguageandChineselanguage,especiallyintheliteraryworks.Theuseofpunmakesliteraryworksnotonlyvividbutalsohumorousandsarcastic.Inordertobetterrepresenttheartisticbeautyofpuninliteraryworks,theauthorwillexplorethetranslationmethodsofpuninthispaper.
简介:BaotouMotorWorksisastate-runmotorpro-ducerinChina.TheinventionofNd-Fe-Bperma-nentmagnethashelpedtheplantsuccessfullydevel-opZYNseriesdcmotorswhichpossesstheadvan-tagesofreducedvolume,lightweightandhigheffi-ciency.Since1991,thedcmotorhasbeenexten-sivelyappliedtometallurgicalmachinestotaketheplaceofthetraditionalZ3seriesmotors.
简介:ThomasHardy'scharactersinTheReturnoftheNativeliveinaworldgovernedbyaharshandindifferentironicGod.Hardyseesthereigningpoweroftheuniverseasbeingessentiallyunjustandmorallyblind,Hardy'spowerfulchancedeniesMrs.YeobrightandClymareunion,Hardyistellingatruthtoreaders
简介:在世纪的功课上,河系统重重地为水,沉积和冰的安全分泌物的目的被训练了,并且改进航行。传统地,堤是被增强并且提高了更高保护国家免受以前的伤害洪水层次。其它比技术工程答案答案打字,例如增加洪水运输能力的措施(例如,丁提和泛滥平原阴沉,阻碍堤)变得更流行。这些答案可以然而增加河床动力学并且因此否定地影响航行,维护挖出和洪水安全。许多数字模型是可得到的在河过程上预言河恢复工作的影响。经常,很少注意都没对对无常的评价被给予。在这篇论文,我们显示出我们怎么能用一条随机的途径使无常明确。这条途径帮助识别无常来源并且在河过程估计他们的贡献到全面无常。途径给工程师系统行为的更好的理解并且使他们能与河系统干涉,以便避免不希望得到的状况。我们为在荷兰在来因河优化低地河恢复工作说明这条随机的途径的优点。
简介:InJanuary2001,theStatePowerCorporation(SP)printedanddistributedtheannualmainpointsofworksoftheyear2001,puttingforward,withdevelopmentastopicalsubject,withrestructuringasprincipalline,tovigorouslypromote’sendingpowerfromwesttoeast’andnationwideinterconnectiono
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简介:Thestate-ownedQunfengMachineryWorksisaspecializedfactoryundertheMinistryofAviationandSpaceIndustrymanufacturinglinemantools.Takingfulladvantagesofthesuperiorityoftechnicalforcesandfacilitiesexistedinthisindustry,overonehunderdkindsoflinemantoolsincludinghot-linetoolsmadeofhighstrengthaluminumalloyforhighvoltagetransmissionlinesupto500kVhavebeenmanufacturedsince1979.Someofthefoolswillbeintroducedinsuccessiveisuesinthis
简介:Knowledgeofthemorphologicaldynamicsofawatercourseisessentialformanagementofreservoirsiltation.WithanexampleofsedimentationinareservoirinBasilicata,Italy,thispaperdemonstratestheeffectonreservoirsiltationofthehydraulicworks,whichareaimedtoreducesedimenttransportalongthefluvialnetworkandtopreventpartofthesedimentdischargefromreachingthelake.Theeffectdependsontherivertypeandonthethegeologicalfeaturesofriverbasinslopes.Thepaperalsoshowshowmasserosioncansignificantlycontributetodevelopmentofreservoirsiltation.Finally,preliminaryresultsareprovidedaboutthetimeneededforrivertrainingworkstobeeffective.
简介:流动和海水汇率为回收并且挖出工作被安排的一个围住半的浅海湾用atwo维的数字模型和一个Lagrangian方法被预言了。流动和强调的材料运输过时的人或物上的风效果,和风的三十年的平均值在数字模拟被考虑了。总体上,甚至在回收并且挖出被进行以后,流动模式看起来类似于原来的国家。然而,直到20%~100%的速度变化出现在构造区域的附近。在强迫的夏天风的情况中,在回收并且挖出,,以后的从71.6%~82.9%的海水汇率增加由particle-trackingmethod显示了。在强迫的冬季风的情况中,相反,海水汇率看起来在自然条件下面是97.2%,但是在回收并且挖出以后稍微减少到93.2%。因此,强迫的风在控制海水汇率起一个重要作用。如果挖出同时与回收被执行,Theseawater汇率被15%进一步改进。这建议挖出的罐头是一个有效工具减轻流动的变化。