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www.77sbc.com_www.77sbc.com-【如第一轮】

文章来源:SEO    发布时间:2019-09-21 00:28:29  【字号:      】

www.77sbc.com_www.77sbc.com-【如第一轮】China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.

China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.

China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.

China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.China launches first detectors aiming to decode cosmic ray origins#标题分割#Thebirdviewof78,000squaremeterLHAASO-WCDA.(Photo/CourtesyofIHEP)China'sLargeHighAltitudeAirShowerObservatory(LHAASO),acosmicraydetectionfacilitylocatedinthehighmountainsofSouthwestChina'sSichuanProvince,hasrecentlybegunscientificobservationofveryhighenergycosmicraysasitlauncheditsfirstsetofdetectors,theproject'schiefscientiststoldtheGlobalTimesonThursday.ThegoalofLHAASO,abasicscientificresearchprojecttobecompletedin2021,istodiscoverhighenergygammaraysources,andpreciselymeasuretheradiationspectrumofveryhighenergygammaraysourcesandenergyspectraofvariouscosmicrayspeciesoverawiderange,accordingtoapressreleasetheprojecthostingInstituteofHighEnergyPhysics(IHEP)oftheChineseAcademyofSciencessenttotheGlobalTimesonThursday.Theprojectisexpectedtomakebreakthroughsconcerningtheoriginofcosmicrays,CaoZhen,theproject'schiefscientistandanastrophysicistwiththeIHEP,toldtheGlobalTimesonThursday.Caonotedthattheoriginofcosmicrays"haspuzzledtheworldforoverahundredyears."WangYifang,IHEPdirector,saidthatastronomicalobservation"hasenteredtheeraofcombiningmulti-wavelengthobservationsandmulti-messengerstudiestogether."HeemphasizedthatLHAASOwouldenhancemajorinternationalastronomicalobservationeffortsandboosttheprogressofsuchresearch.LHAASO'sPhaseOnedetectorsincludetheNo.1WaterCherenkovDetectorArray(WCDA-1)withanactiveareaof2.25hectares,aswellastwowide-fieldCherenkovtelescopesand80muondetectorsand180electromagneticdetectors.ThefullscaleWCDA,whichwilleventuallycomprisethreeponds,isdesignedtosurveyforgammaraysourcesabove100billioneVs,accordingtotheIHEP.Thereasonwhythescientistspickedthe4,400metersabovesealevelsiteisbecausesuchaheightwouldenablethefacilitytoreceivetherichestphysicsinformationinthemosteffectiveway,BaiYunxiang,amemberoftheresearchteam,toldtheGlobalTimes.AssistedbytherotationoftheEarth,theWCDAwillbeabletoscanover60percentoftheskyeachday.Itwon'tbeaffectedbythelightofthesun,moonorstarsorbytheweather,thusensuringround-the-clockobservation.Inthefuture,theWCDAwillbeabletorecord5trillioncosmicraydetectionseachyearandobtainmorethan4PBofdata.LHAASOisoneofChina'smajornationalscienceandtechnologyinfrastructureprojectsandislocatedintheMountainHaiziNationalReserveat4,400metersabovesealevel.Theprojectwasapprovedaspartofthecountry's12thFive-yearPlan(2011-15).ConstructionbeganinJune2016andisexpectedtobecompletedin2021.Sincedetectorsarebeingdistributedacrossawidearea,LHAASOhasbegunobservationevenasconstructioncontinueselsewhereonthesite,accordingtotheIHEP.

童装产品上线 能挽救Timberland吗#标题分割#童装产品上线能挽救Timberland吗2019-06-1012:00北京商报2019年6月10日讯全球最大的成衣上市公司之一威富集团旗下的Timberland在“翻新”女装后,再次“尝新”。5月30日,北京商报记者在Timberland天猫旗舰店上发现,已有童装产品上线。在2019财年前两个季度,Timberland的业绩增长为负。业内人士认为,Timberland主打大黄靴,如今依靠单一产品成长已经不适应现在的市场发展,将童装引入国内,并从线上试水,也反映出Timberland对于打造业绩增长新引擎的渴望。5月30日,北京商报记者发现,Timberland已在天猫旗舰店上线了多款童装和童鞋产品,并已和T恤、男装、女装、男鞋、女鞋等产品一起分类显示。但由于此次童装仅先在其天猫旗舰店上线,所以在Timberland官网中,童装、童鞋等产品并未显示。Timberland发力童装市场也是瞄准了“二孩”政策下的红利。前瞻产业研究院发布的《中国高端童装行业市场需求与投资预测分析报告》统计数据显示,截至2017年,中国童装行业市场规模增长至接近1600亿元,同时,该报告预测2022年中国童装行业市场规模将突破2000亿元,在2023年中国童装行业市场规模将达到2183亿元左右。在纺织服装管理专家、上海良栖品牌管理有限公司总经理程伟雄看来,Timberland此时将童装引入中国市场,是看到中国童装市场已经成熟。不过,目前中国童装市场仍然缺少专业化、个性化以及中高端的品牌。Timberland打开中国市场主要靠价格驱动,而非功能驱动和品牌驱动,这也是其核心竞争力和优点所在。“国内童装市场接近饱和,Timberland近期开始发力国内童装市场为时已晚,Timberland试水童装主要原因是其近年来在母公司威富集团中持续堪忧的表现”,著名经济学家宋清辉表示。即使晚也仍要入局,因为Timberland抓住的可能是救命稻草。此前,Timberland一直表现不佳,是威富集团三大品牌中表现最弱的一个。2016年,Timberland增幅大幅放缓,甚至在二季度出现了7%的负增长。截至6月30日的二季度,Timberland美洲市场出现了高双位数的跌幅,亚太市场则有高个位数跌幅,仅欧洲市场有低双位数增长。为提振业绩,2016年,威富集团任命JimPisani为Timberland全球品牌总裁。“相较于TheNorthFace、blackyak、Columbia等户外品牌的童装业务,Timberland童装鲜为人知。未来,Timberland想要借童装提升业绩,还需要在产品、营销等方面进一步整合。”业内人士称。程伟雄指出,Timberland未来布局中国市场更多地应该是在一二线市场,要深入到三四线城市则有一定压力,这也是童装品牌更加细分化的市场表现。(记者钱瑜白杨)童装产品上线 能挽救Timberland吗#标题分割#童装产品上线能挽救Timberland吗2019-06-1012:00北京商报2019年6月10日讯全球最大的成衣上市公司之一威富集团旗下的Timberland在“翻新”女装后,再次“尝新”。5月30日,北京商报记者在Timberland天猫旗舰店上发现,已有童装产品上线。在2019财年前两个季度,Timberland的业绩增长为负。业内人士认为,Timberland主打大黄靴,如今依靠单一产品成长已经不适应现在的市场发展,将童装引入国内,并从线上试水,也反映出Timberland对于打造业绩增长新引擎的渴望。5月30日,北京商报记者发现,Timberland已在天猫旗舰店上线了多款童装和童鞋产品,并已和T恤、男装、女装、男鞋、女鞋等产品一起分类显示。但由于此次童装仅先在其天猫旗舰店上线,所以在Timberland官网中,童装、童鞋等产品并未显示。Timberland发力童装市场也是瞄准了“二孩”政策下的红利。前瞻产业研究院发布的《中国高端童装行业市场需求与投资预测分析报告》统计数据显示,截至2017年,中国童装行业市场规模增长至接近1600亿元,同时,该报告预测2022年中国童装行业市场规模将突破2000亿元,在2023年中国童装行业市场规模将达到2183亿元左右。在纺织服装管理专家、上海良栖品牌管理有限公司总经理程伟雄看来,Timberland此时将童装引入中国市场,是看到中国童装市场已经成熟。不过,目前中国童装市场仍然缺少专业化、个性化以及中高端的品牌。Timberland打开中国市场主要靠价格驱动,而非功能驱动和品牌驱动,这也是其核心竞争力和优点所在。“国内童装市场接近饱和,Timberland近期开始发力国内童装市场为时已晚,Timberland试水童装主要原因是其近年来在母公司威富集团中持续堪忧的表现”,著名经济学家宋清辉表示。即使晚也仍要入局,因为Timberland抓住的可能是救命稻草。此前,Timberland一直表现不佳,是威富集团三大品牌中表现最弱的一个。2016年,Timberland增幅大幅放缓,甚至在二季度出现了7%的负增长。截至6月30日的二季度,Timberland美洲市场出现了高双位数的跌幅,亚太市场则有高个位数跌幅,仅欧洲市场有低双位数增长。为提振业绩,2016年,威富集团任命JimPisani为Timberland全球品牌总裁。“相较于TheNorthFace、blackyak、Columbia等户外品牌的童装业务,Timberland童装鲜为人知。未来,Timberland想要借童装提升业绩,还需要在产品、营销等方面进一步整合。”业内人士称。程伟雄指出,Timberland未来布局中国市场更多地应该是在一二线市场,要深入到三四线城市则有一定压力,这也是童装品牌更加细分化的市场表现。(记者钱瑜白杨)




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