简介：stimulating their initiative in learning English.I will discuss about how to create a language circumstance for the students.As we all know,It is a tomato.Then I take out two or more tomatoes. T,I don’t know. / I think it’s a tomato.T

简介：

简介：

简介：teaching English songs and so on. We create a good language circumstance for them,1、王蔷. 《英语教学法教程》 . 北京,we must create a good English language circumstance for the students in China. Only in a good circumstance

简介：

简介：

简介：Inthispaper,wereviewthecreation,evolutionandapplicationofwetlanddefinitions.VaryingwetlandsarefoundfromthetundratothetropicsandoneverycontinentexceptAntarcticaintheplanet.Wetlandshavemanydistinguishingfeatures,themostnotableofwhicharewaterpresence,uniquesoilconditions,andbiotathatareadaptedtoortolerantofsaturatedsoils.Manywetlanddefinitionshavebeendevelopedbyscientists,U.S.federalagencies,andtheRamsarConventionforbothscientificandregulatorypurposes.Wetlandsarenoteasilydefinedbutawell-conceived,science-baseddefinitionofwetlandsisimportantforscientistsandresourcemanagerstounderstandthenatureofwetlandsand/ortouseandprotectwetlands.Ascientificdefinitionisthebasisforwetlandclassification.Developinganeffectivewetlandclassificationsystemrequiresawell-conceived,science-baseddefinitionandclearlyexplicitguidanceontheappropriateuseofvariouswetlandindicatorstoverifythepresenceofwetlandsontheground.Basedonawell-acceptedwetlanddefinition,bothwetlandclassificationandinventoryfurtherprovideneededinformationandaworkingframeforwiseuseandmanagementofwetlands.

简介：这篇论文在这个问题上集中怎么在一个研究院(JAIST)为知识创造造电子支持环境。以便估计科学创造性的多样的条件的重要性，我们从调查结果的数据库在JAIST，和提取有用知识执行了调查。在JAIST跟随知识创造和调查调查结果的学术进程的理论的分析，一个computer-basedintegrated系统被建议。在系统设计的方面，我们要求为学术创造性的电子支持环境能与因特网，应用程序服务器，中间的商品，数据库和数据仓库通过无缝的集成被完成。论文为学术研究在电子支持系统处理知识表示的问题，测试，评估发出并且结论。

简介：

简介：Aviewinobjectorienteddatabasescorrespondstovirtualschemawithrestructuredgeneralizationanddecompositionhierarchies,Numbersofviewcreationmethodologieshavebeenproposed.Amajordrawbackofexistingmethodologiesisthattheydonotmaintaintheclosureproperty.Thatis,theresultofaquerydoesnothavethesamesemanticsasembodiedintheobjectorienteddatamodel.Teherefore,thispaperpresentsaviewcreationmethodologythatderivesaclassinresponsetoauser'squery,integratesderivedclassinglobalschema(i.e.,considerstheproblemofclassesmovinginclasshierarchy)andselectstherequiredclassesfromglobalschematocreatetheviewforuser'squery.Novelideaofviewcreationincludes:(a)anobjectalgebraforclassderivationandcustomization(wherethederivedclassesintermsofobjectinstancesandprocedure/methodsarestudied),(b)maintenanceofclosureproperty,and(c)classificationalgorithmwhichprovidesmechanismtodealwiththeproblemofaclassmovinginaclasshierarchy.

简介：

简介：

简介：

简介：TherecanbenomodernizationinTibetwithoutmodernscienceandtechnologv,andthedisseminationofmodernscienceandtechnologyneedslanguageasanintermediaryAsthemaincommonlanguageoftheTibetanpeople,theTibetanspokenandwrittenlanguagehasplayedaveryimportantroleintheexistenceanddevelopmentoftheTibetanpeople.

简介：从知识管理对技术管理的概念的讨论的纸开始，和知识科学的出现。这被跟随是在知识创造的理论的最近的结果的一篇摘要。他们中的大多数使有创造性的相互影响在之间的多样的螺线担心合理(明确)并且直觉或感情(缄默)知识的方面。他们中的一些专注于组织上(市场或面向目的)知识创造，其它描述大学教师(面向研究)知识创造。在这篇论文处理的问题是怎么把知识创造的多样的螺线集成到一规定或将帮助克服之间的差别的模范模型组织上(面向市场)andnormalacademic知识创造。作为如此的规定途径，知识创造的JAISTNanatsudaki模型被建议。它由七根螺线组成，从另外的研究知道，但是集成于从作者的经验导致研究活动的实际管理的一个序列。并非这些螺线的所有不得不充分被利用，取决于特别应用，但是所有他们联系到学术或组织上的知识创造的一些必要方面。论文与对连续螺线的评价详细论述Nanatsudaki模型。关于在JAIST的创造性条件的意见的调查的结果显示组成Nanatsudaki模型的许多螺线的重要性。进一步的testingtheNanatsudaki模型的方向被显示。

简介：

简介："Hollowmaskillusion"isanopticalillusionandappearsduetoanerrorintheprocessofreconstructingthethree-dimensionalobjectsfromourtwo-dimensionalretinalimage.Inthispaper,wepresentacomputationalmethodtocreate"Hollowmask"typenewillusionarysolidbycalculatingthehollowstructureanditsshading.ThestraightlineVoronoidiagramforagivenshapeobtainsthethree-dimensionalverticesofthehollowstructureandtheshadingeffectoneachsurfaceiscalculatedundertheassumptionthateachsurfacehasdiffuselyreflectingsurface(Lambertianreflectance).Wealsoshowtwoexamplesofournewillusionarysolidworks.

简介：Inthispaper,atheoreticalformulaispresentedtopredicttheinstantaneousfoldingforceofthefirstfoldcreationinsquareandrectangularcolumnsunderaxialloading.Therectangularcolumnisasmallandsinglemodelofhoneycombswithsquareorrectangularcells.CalculationsarebasedontheanalysisoftheBasicFoldingMechanism(BFM).Forthispurpose,sumofthedissipatedenergyrateunderbendingaroundhorizontalandinclinedhingelinesandthedissipatedenergyrateunderextensionaldeformationswasequaltotheworkrateoftheexternalforceonthestructure.Thefinalformulaobtainedinthisresearch,reasonablypredictstheinstantaneousfoldingforceofsingle-cellsquareandrectangularhoneycombsinsteadoftheaveragevalue.Finally,accordingtothecalculatedtheoreticalrelation,theinstantaneousfoldingforceofthefirstfoldcreationinasquarecolumnwassketchedversusfoldingdistanceandcomparedtotheexperimentalresults,whichshowedagoodcorrelation.

简介：Inthispaper,theobtainedexperimentalresultsconcerningcreationofbulkelementaryexcitations(BEEs)iniso-topicallypureliquid4Heatlowtemperatures~60mKarediscussed.Positiverotons’(R+-rotons)creationbyapulsedheaterwasstudied.Signalswererecordedforthefollowingquantumprocesses:quantumevaporationof4He-atomsfromthefreeliq-uid-heliumsurfacebytheBEEsoftheliquidhelium-II,andBEEsreflectionfromthefreesurfacebackintothebulkliquid.Typicalsignalsareshown,andratiosofsignalamplitudesareevaluated.Forlongheaterpulsesfrom5to10μs,appearanceofthesecondatomiccloudconsistingofevaporated4He-atomswasobservedinadditiontothefirstatomiccloud.Itisthoughtthatthefirstatomiccloudoftheevaporatedheliumatomsconsistsofveryfast4He-atomswithenergies~35Kevaporatedbypositiverotonswiththespecialenergies~17K(~2ER~2×8.6KwithERrepresentingtherotonminimumenergy)correspondingtothethirdnon-dispersiveZakharenkowave.Thesecondcloudofslower4He-atomswascreatedbysurfaceelementaryexcitations(SEEsorripplons)possessingthespecialenergies~7.15Krepresentingthebindingenergy.ItwasassumedthatsuchSEEscanbecreatedbyphononsincomingtotheliquidsurfacewithspecialenergies~6.2Kcorrespondingtothefirstnon-dispersiveZakharenkowave,whichcaninteractattheliquidsurfacewiththesamephononsalreadyreflectedfromthesurfaceforlongheaterpulses.Also,somepulsed-heatercharacteristicswerestudiedinordertobetterunderstandthefeaturesofsuchheatersinlowtemperatureexperi-ments.

简介：