简介:FoundedinOctober1987,JiaozuoHuafeiElectronic&ElectricApparatusIndustrialCo.,Ltd.hasbeenpursuingadvancedtechnologyandoutstandingquality,andhascarvedoutasuccessfulroadofrelyingontechnologicalinnovationtoconstruct,developandexpand.Thecompanyhasdevelopedintoaprovince-levelhigh&newtechnologyenterprise,province-levelenterprisetechnologicalcenter,withtheintegrationofscientificresearchanddevelopment,productionandbusinessoperation,andtechnologicalservices.Thecompanyhasbeenengagedintheproductionofaseriesofhighandnewtechnologicalproductsastheelectroniccontrolsystemofdirectcurrent,alternatingcurrentandfrequencyconversionhoistingmachine,averagetypeandexplosion-prooftype
简介:ChinatoDevelopLabourMarketChinausedtopractisearigidplannedeconomysincethefoundingofthePeople'sRepublicin1949,andemploymentwas...
简介:ThecurrentdemandofFPTUniversityishowtodevelopprogramlearningoutcomes(LOs)respondingtoindustryrequirements,aswellastodesigntheintegratedcurriculumthatprovidesnotonlyknowledgebutalsopersonalattributesandprofessionalskillsforstudents.Since2016,FPTUniversityhasbeenresearchingandapplyingconceiving,designing,implementing,andoperating(CDIO)basicallyandsystematicallyindesigningandrenovatingprograms.Intherangeofthispaper,theauthorwilldescribethecurriculumdesignprocessforbothpublicrelations(PRs)programandE-commerceprogram.TheoutputsincludeprogramLOs,sequenceofskills,andintegratedcurricula.Next,thearticlesharesaboutthecollaborationwithindustriestodesigntheintroductorycoursesintwoselectedprograms.Finally,thearticleprovidestheinformationoffacultydevelopmentprogramstoimplementCDIOteachingandlearningactivitiesduringthepastyears.
简介:ColorfulCauseGearedtoHelpDevelopTibetZHIXIA,YONGLEInthegoldenautumnmonthofAugust,LiRuihuan,chairmanoftheChinesePeople'sPoliti...
简介:HydropowerdevelopmentinChinahasachievedgreatsuccessandbenefitsnotonlyinthegrowthofna-tionaleconomy,butalsointheimprovementofenvironment,126.4TWhhydroelectricitygeneratedin1990substitutedmorethan60milliontonsofcoalwhichwouldotherwisebeburntinthermalpowerplantswithallharmfulemissionstoatmosphere,noneedtosaythe
简介:为了应付要求,灵活地并且很快变化,存在基于部件的范例正在被发展进一个面向服务的计算范例。面向服务的计算范例的主要特征是面向服务的应用程序作为反映企业担心的泛泛地联合的服务被开发。这个范例也支持企业活泼,便于对企业变化的快反应。因此,提高并且支持面向服务的计算范例的好处,我们必须考虑怎么在面向服务的应用程序的开发期间改进灵活性和可重用性。我们建议为途径建模指定并且控制面向服务的应用程序的普通、区分的特征的可变性。也就是说,生产线技术的关键概念能被用来使面向服务的应用程序更灵活、可重用。这份报纸描述在二个层次当模特儿的可变性;作文水平和说明水平。在作文水平,我们描述作文的可变性和完成企业进程的域服务的流动。在说明水平,我们在场是有可变性的一种抽象服务的一种领域服务。我们为途径建模的系统的可变性的使用能极大地增加面向服务的应用程序的灵活性,适用性,和可重用性。
简介:ThispaperexplorestheadvantagesofresearchinrelationtoELTpracticeinChinaandincomparisonwiththeothertwosourcesofhumanknowledge,i.e.experienceandreasoning.Itthenelaboratesthefourkindsofstudy:receptivestudy,productivestudy,criticalstudyandcreativestudyandproposesaprac-ticeofever-advancingintegrationofdifferenttypesofstudy.Itfinallydiscussespossiblerelationshipsbe-tweenstudyandresearchandsuggestsresearch-basedstudyandstudy-orientedresearchastwopotentialap-proachestomutualstimulationbetweenstudyandre-searchinELTpracticeinChina.
简介:OneobjectofthecurrentroundofreformstotheEnglishcurriculumistodevelopstudents’positiveattitudes,thinkingskills,practicalabilities,culturalawarenessandautonomythroughthelanguagelearningprocess.Inthisarticlethewritermentionsthepresentrealsituationsincethereformsinthisaspect,reflectsherownunderstandingofstudentlearningindependenceandofferssomepossiblepracticalwaystosolvethisproblem.
简介:AttheinvitationoftheChineseAssociationForInternationalUnderstanding(CAFIU),a7-memberdelegationoftheInternationalInitiativesofChangeAssociationofJapan(IICAJ)headedbyToruHashimoto,AdvisorofJapanMizuhoFinancialGroup,PresidentoftheJapaneseBranchoftheDeustchBankGroupandPresidentoftheIICAJvisitedChinafromOctober10to16,2004.
简介:AbstractCellular immunotherapy harnesses the body's own immune system to fight cancer by using engineered T cells, macrophages, or natural killer (NK) cells. Compared to chimeric antigen receptor T (CAR-T) cells that are commonly used to treat hematological malignancies, CAR-NK cells have shown remarkable therapeutic effectiveness while exhibiting enhanced safety, reduced risk of graft-versus-host disease, fewer side effects, and amplified antitumor efficacy. Preclinical trials have unveiled the high potential of adoptive CAR-NK cell therapy to curtail or even eliminate both hematological malignancies and solid tumors in animal models. We brought forth herein the design principle of CAR-NK cells, highlighted the latest progress in the preclinical testing and clinical trials of CAR-NK cells, briefly delved into discussed major roadblocks in CAR-NK therapy, and discussed potential solutions to surmount these challenges. Given the accelerated progress in both basic and translational studies on immune cell engineering, CAR-NK cell therapy promises to become a serious contender and important addition to the next-generation cell-based immunotherapy.