简介：Source:MITTechnologyntroductionNotallbreakthroughsarecreatedequal.Somearrivemoreorlessasusablethings;othersmainlysetthestageforinnovationsthatemergelater,andwehavetoestimatewhenthatwillbe.Butwe’dbetthateveryoneofthemilestonesonthislistwillbeworthfollowinginthecomingyears.1.MagicLeap

简介：Inabreakthroughthatcouldrevolutionizehumanity'srelationshipwithillnessanddisease,amethodofvaccinationhasbeendevelopedthatprovidesinstantimmunity,USresearchersannouncedMonday.

简介：IntroductionAsoneofthemostfrequentlydiagnoseddevastatingdiseases,liverfailureisresponsibleforapproximatelytwomilliondeathsannuallyworldwidewithpoorprognosis1.Althoughlivertransplantationhasbeendevelopedforthemosteffectivetreatmentforliverfailure,itisfarfromdemandsforpatientsduetotheshortageofhigh-qualitydonorliversandexpensivetreatmentcosts.Currently,withthedevelopmentofcelltherapy,celltransplantationsincludingprimaryhumanhepatocytes(PHHs),humanhepatocyte-likecells(HLCs)andliverorganoidsareemergingasgreatpotentialtoolstoalleviatethisgrowingburden.

简介：FollowingthebreakthroughinthetechnologyfordevelopmentandapplicationofmesoporouszeolitedevelopedbyPetroChina’sResearchInstituteofPetrochemicalIndustry(RIPI),thesaidmesoporouszeolitehasbeensuccessfullyappliedinthe1.2Mt/aRFCCunitattheLanzhouPetrochemicalCompany.

简介：Underthecomprehensivedeepeningreformandpromotingnewurbanization,Chinalaunchedanewroundofreformofhouseholdregistrationsystem.Reformhasamajorbreakthroughinfiveareas:toimplementnewurbanizationstrategyofhuman-centric,toachieveequalizationofbasicpublicservicesgradually,tobreakuplandrightsandruralmigrants,toprovideprotectionforfamilymigrants,andtoincreasefinancialsupportbygovernments.Butthereformstillfacesmanydifficulties,howtodeterminetheconditionssettledbycitysizeisdifficulttoimplementeffectively,financialtransferpaymentsystemreformisfacingenormousdifficulties,aswellasthesizeoftheurbanpopulationisdifficulttodetermineetc.

简介：Inrecentmonths,thepersistenceoftheDemocraticPeople'sRepublicofKoreaonconductingnucleardetonationandlongrangemissiletestregardlessofwideoppositionfromtheUnited

简介：Separationtechnologyofrareearthelements(REEs),asthecriticalstepintheseparationprocess,hadlongbeenfraughtwithtechnicaldifficulty.AresearchprojectconductedbyBaotouShiboRareEarthExtraction&EquipmentCo.Ltd.,BaotouREEResearchInstitute,andBaotouSteel&REEGroupHi-TechCo.Ltd(InnerMongolia),hassuccessfullysolvedtheproblemusingacentrifugalextractorandadvancedtechniquestoachieveakeybreakthrough.ThekeydeviceofthewholeproductionlinecontainsCTL-500FBcentrifugalextractorsanddigitalflowsystemequipment.Employmentofanautomaticcontrollingsystemanditsfullyfunctionaloperationsystem,alongwithvarioussupportivefacilities,fulfilstheseparationprocessesforvariousrareearthmaterials.Comparedwithconventionalbox-typeseparationtechnology,thisnewapproachsignificantlyimprovesthestirringintensity,thusimprovingproduction

简介：Copperprocessorsusingsolventextraction/electrowinning(SX/EW)haveknownforyearsthateliminatingtheelectrolytebleedcouldbenefitprocesseconomicsdramaticallyUntilnow.therewasnopracticalsolutiontoeliminatethebleed.Availableprocesseseithercouldnorreduceironcontaminantssufficiently,orpulledouttoomuchvaluablecopperandcobaltalongwiththeiron.Basedonpilottestsofanewbreedofionexchangeseparatioinsystematthreedifferentminesitesonrepresentativeelectrolytes,analternmativetobleedingelectrolytesnowexists.Onthisbasis,processorscanshelvethewastefulelectrolytebleedingpractice.Already,onemajorcopperproducerisinstallingafullscalesystem.

简介：GreaterChinaonceagainledtheglobalmarketforinitialpublicofferings(IPOs)with372IPOsraisingUS$60.3billion,amidtheglobalmarketexperienceddivergentperformanceacrossregionsinahighervolatilityenvironmentandagreaterrangeoffinancingoptionsnowavailable,accordingtoEY’sGlobalIPOMarketStudyReport:2015reviewand2016outlook.Despitearollercoasterridein2015,theMainlandA-sharemarketisexpectedtohavearewardingyearaheadfollowingthe

简介：Uptonowthereisnospecificationabouttheallowanceoflateralbreakthrougherrorforsuperlongtunnelfrom20kmto50km.OnthebasisofthedesignofGPSnetworkslocatedoutsideandinsidetunneltraversenetwork,weproposeamethodforcalculatingtheinfluencevaluecausedbycontrolsurveyingerrors.ThroughalotofsimulativecalculationsandcombinationwithpiercingpracticeofsupertunnelsinWanJiazaiProject,Shanxiprovince,wepresentanallowancetableoflateralbreakthrougherrorforsuperlongtunnelsfrom20kmto50km.