简介：IhavebeenlivinginShanghaiforsixyears,andIthinkIhavebeenShanghaineseforalongtime.TodayIhavea“house”inShanghaiinthetruesense,”saidZhouHong,generalmanagerofShanghaiRochePharmaceuticalCo.,Ltd.andaGermannational,whoreceivedShanghai’sfirstpermanentresidentcardonJune16,2017.Onthesameday,thePudongNewAreaannouncedtheestablishmentofChina’sfirstoverseastalentbureau,andthelaunchofninenewmeasurestofacilitatetheentryandemploymentofforeigntalents,inordertoencouragethemtoparticipateintheprocessofmodernizationandinternationalizationofPudong.

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简介：

简介：Aseriesofnumericalsimulationsisconductedtounderstandtheformation,evolution,anddissipationofanadvectionfogeventoverShanghaiPudongInternationalAirport(ZSPD)withtheWeatherResearchandForecasting(WRF)model.UsingthecurrentoperationalsettingsattheMeteorologicalCenterofEastChinaAirTrafficManagementBureau,theWRFmodelsuccessfullypredictsthefogeventatZSPD.Additionalnumericalexperimentsareperformedtoexaminethephysicalprocessesassociatedwiththefogevent.Theresultsindicatethatpredictionofthisparticularfogeventissensitivetomicrophysicalschemesforthetimeoffogdissipationbutnotforthetimeoffogonset.Thesimulatedtimingofthearrivalanddissipationofthefog,aswellastheclouddistribution,issubstantiallysensitivetotheplanetaryboundarylayerandradiation(bothlongwaveandshortwave)processes.Moreover,varyingforecastleadtimesalsoproducesdifferentsimulationresultsforthefogeventregardingitsonsetandduration,suggestingatrade-offbetweenmoreaccurateinitialconditionsandaproperforecastleadtimethatallowsmodelphysicalprocessestospinupadequatelyduringthefogsimulation.TheoveralloutcomesfromthisstudyimplythatthecomplexityofphysicalprocessesandtheirinteractionswithintheWRFmodelduringfogevolutionanddissipationisakeyareaoffutureresearch.