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Locatedinthenortherncoreof HuairouScienceCity，thePlatformofAdvancedPhotonSource TechnologyR&D(PAPs)isco-builtbythe Instituteof High EnergyPhysics,ChineseAcademyof SciencesandBeijing Huairou ScienceCityConstruction&DevelopmentCo.Ltd.AlignedwithChina's strategyforlarge-scalelight-sourcefacilities,PAPsprovidesascientific,systematicand comprehensiveenvironmentforR&Dandengineeringvalidation,masteringcutting-edge superconductingacceleration,X-rayopticsanddetectiontechnologiesalreadydeployedin domesticandoverseasaccelerator-basedmega-facilities.Lookingahead,theplatformwillcarry outforward-lookingand systematicresearch insupportofanewgenerationof high-performance light-source projects.
“Twin Pillars"Of Light-source Technology: Two Platforms Driving Innovation
Grounded intheprinciples ofadvancedlight-sourcetechnologyanditsapplications,PAPsis organizedintotwosub-platforms:AcceleratorTechnologyInnovationandX-rayTechnology Innovation.
TheAcceleratorTechnologyInnovationSub-platformcomprises fourmodules:superconducting RF systems,cryogenicsystems,precisionmagnet systemsand beam-test systems.Addressingthe evolutionoflight-sourcetechnologyandtheneedsofnationalmega-scienceprojects,itdevelops newtechnologies,performsperformancetestingandproof-of-principlevalidationandultimately deliversadvanced,matureandreliablekeyacceleratortechnologiesandequipment.
TheX-rayTechnology Sub-platformconsistsof three modules:X-ray optics,X-raydetectionand X-rayapplications.TheX-rayopticsmodulefocusesonultra-high-resolutionmetrologyfabrication, alignmentandassemblytechnologiesdrivenbythefront-end needsof X-rayopticalcomponents. TheX-raydetectionmoduledevelopshigh-performanceX-raydetectors.TheX-rayapplications moduleintegratesadvancesinopticsanddetectiontocreateinnovativeexperimentalmethodsand techniquesinimagingdifraction/scattering,spectroscopyandtime-resolvedscience.
Top Scientists + Steadily Emerging Innovations
PAPShasassembleda high-caliber researchteam ledby Professor PanWeimin.More than200 scientistsandengineersarecurrentlyengaged inR&Dand operations,over60%ofwhomhold seniortitles,spanningmultiplefundamentaldisciplines.
Drivenbyscientificneeds,theplatform hasachievedastringof core-technologybreakthroughs.
Itdevelopeda1.3GHz9-cellsuperconductingcavityandcryomodulethatdeliverthehighest Q-factorintheworld,crackingakeytechnologyurgentlyneededfornationalmega-facilitiesand puttingChinaattheglobalforefrontof high-Qsuperconductingacceleratortechnology.The designhasbeenadoptedbytheDalianAdvancedLightSourceandisalsosupplyingadvanced solutionstocomparablefacilitiesoverseas.
Itcreateda scanning-stitching interferometerfor surface-profileandabsolutewavefront metrologyofX-raymirrorsandCRLs.Domesticallyfabricatedplanemirrorsco-developedwiththe platformachieve0.50nmand50.0nradRMssurfaceslopeerror.
Itengineered silicon-driftSDDdetectorsbyestablishingan8-inchdedicated semiconductor process,enabling fabricationof single-elementandarraySDDsensorsandbecoming thefirst domesticgrouptolocalizethekeytechnologiesofsDDdetectors.
Itsuppliestechnical support andassurancefor the High Energy Photon Source(HEPs),including testingandvalidationofRFcavities,testing/alignment/commissioningofhigh-precisionmagnets, andfabrication/metrology/alignmentofthehigh-precisionopticalelementsrequiredforHEPs's firstbeamlines.
Open Resources To Accelerate Science
Installationandprocess-performanceacceptancehavebeen completed,andtheplatformisnowintrialoperation.While providingkey-technologysupporttomega-facilitiessuchas HEPSandtheChinaSpallationNeutronSource(CsNs)，PAPSis activelycollaboratingwiththeShanghaiHardX-rayFree ElectronLaserFacility(sHiNE)，DalianCoherentLightSource (DCLS)and Hefei Advanced LightFacility (HALF), demonstratingstrongprospectsforsustainable growth.
Contacts
Contact Person:Prof.Dong Tel:+86-10-8823-6507 Email:dongll@ihep.ac.cn
09
Guide to the Facilities and Platforms of Huairou Science City
INTEGRATEDEXPERIMENTAL PLATFORMFORADVANCED TRANSPORTATIONAND MEASUREMENTTECHNOLOGY
Asoneof thefirstinterdisciplinaryplatformsco-builtby Beijing MunicipalityandtheChinese Academy of Sciences(CAs)in Huairou ScienceCity,the Integrated Experimental Platformfor Advanced Transportationand MeasurementTechnologywasconstructedbythe Instituteof MechanicsofCAsand isnowfullopen.Usingsystematicmechanicsmethods,theplatformreveals couplingrulesand quantitativerelationsbetweenkeysystemperformanceand criticalinfluencing factors,ofering world-classexperimental conditionsfortechnicalbreakthroughsand system-level studiesinnear-space hypersonicvehicles,high-speedtrains,and high-precisionspace measurements.
Three Sharp Tools For Mechanics Research
Tosupportcuting-edge systematic-mechanicsresearch,the Integrated Experimental Platform has installedthreesub-platformsonthe Huairoucampusofthe InstituteofMechanics:aGround SimulationPlatformforNear-SpaceHypersonicFlight,aReliabilityTestPlatformforHigh-SpeedTrain Components,andaPicometer-PrecisionLaserInterferometryPlatform.
Ground Simulation Platform For Near-space HypersonicFlight
This platformperforms ground testing ofaerodynamiccharacteristics,target signatures,flight control,andcomponent/structural survivabilityfornewflightvehicles.Itcomprises three sub-systems:alimb-probing test platform for hypersonicvehiclesinthe transitional-flow regime,a hardware-in-the-loopsimulationsystemfor high-speedflight,anda40-tonshaker plusaneight-channel coordinated static-load test rig.Togetherwith thecampus'shock tunnel that reproduces hypersonicconditions,avariable-Mach propulsionwind tunnel,asmall long-runfree-jetfacilityandaplannedlong-durationrarefied-gashypersonictunnel,itforms aworld-classaerospacetestensemble.
Reliability TestPlatform ForHigh-speed Train Components
Thisplatformevaluatessafety,reliability,and dynamicbehaviorofcritical high-speed-train componentsandsupportsstructural optimization.Builtaround theexisting moving-model rigoncampus,itadds cross-windsimulation,amaglevshaker,anda six-degree-of-freedomvibrationtable,creating afull-spectrum ground-test environmentfor the nextgenerationofChinesehigh-speedtrains. Thedata helpsetrational overhaul intervalsand giveChina'shigh-speedrailasafer,more competitiveedgeworldwide.
Picometer-precision Laser Interferometry Platform
Theplatformprovidespicometer-level metrology，inspection,andcalibration.It supportsmajorprogramssuchasadvanced electric propulsion,high-precisionspace gravity mapping,space-based gravitational-wave detection,gravitomagneticeffectstudies,and equivalence-principletests,furnishingthe picometertechnologiesthesemissionsrequire.It alsounderpins close cooperationwith leading international partnerssuchas the European Space Agency.
Strong Team,Visible Results
Sincecommissioning,the platform has builtacombined R&Dandengineering support staffof 17 seniorresearchers,24mid-levelresearchers,and19 professional engineerswhoseexpertisespans overalldeignerodynamics,solidechaics,aterialsece,flightcotrol,meical engineering,andsoftware/hardwaredevelopment.Theteamisnowpositionedtotackle high-prioritynationalneedsandresearchproblemsthataffecteverydaylife.
Inrail transport,themoving-modelrig systematicallyevaluatespressure loadsontrainnoses, cross-windeffects,andotherkeymetrics,supplyingaerodynamicdatathat guidefinalvehicle design.
Forquantum sensingandmicro-gravitymeasurement,theplatform helped theLanzhou Instituteof Physics,CAsTachievearecord-breaking torsion-balancesensitivityof10區(qū)區(qū)g,the bestinChina. Thehigh-precision torsion-balance system nowservesmajor national programssuchas gravitational-wavedetectionandinertialnavigation,includingtheTaijiprogramandrelatedkeyR&D projects.Thetechnologyhasbeentransferredtohigh-endinstrumentssuchashigh-precision inertialsensorsandmicro-force testdevices,generating strongeconomicreturns.
Breaking Down Barriers To Build A Shared Ecosystem
Toaccelerate technologytransferandresource sharing,theplatformoperatesafullopen-access
schedulethatthisyearoffers:450hoursonthe hypervelocitymodel launch&measurement system1,200 hours onthe 40-ton shakerand eight-channel coordinated static-load rig500hoursonthe high-speed flight hardware-in-the-loop simulator1,200hoursonthe high-speed trainmoving-model platform500hoursonthepicometer-precisionlaser interferometryplatformCompaniescanbooktime online throughthe CAs Equipment SharingPortal(http://samp.cas.cn/) orcontactindividualinstrumentmanagersfor joint R&Dorcontractedtesting.中國(guó)科學(xué)院SAMP 力學(xué)研究所僅器名稱(chēng)/基型號(hào)目名稱(chēng) Q陳玉瑩mechhen.CHINESE ACADEMY OF SCIENCES1儀器分類(lèi) 首頁(yè) 信息查閱 預(yù)約申請(qǐng) 結(jié)算管理 系統(tǒng)管理 報(bào)表中心預(yù)約申請(qǐng) 2儀器范圍 本單位儀器 Y 樣品分類(lèi) 請(qǐng)選擇 T 項(xiàng)目名稱(chēng) 更多條件預(yù)的沖請(qǐng)
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單個(gè)人費(fèi)用□ 3 儀器名稱(chēng) 項(xiàng)目 所屬單位 聯(lián)系人 聯(lián)系電話(huà) 預(yù)約類(lèi)型 狀態(tài) 預(yù)約開(kāi)始 操作卡權(quán)限查詢(xún)口 維光多普勒測(cè)速系統(tǒng) 速度測(cè)量 力學(xué)究所 安 82544202 項(xiàng)目預(yù)約 正常 01□ 40噸藏動(dòng)臺(tái)、通通協(xié)調(diào)加救靜力試驗(yàn)平臺(tái) 振動(dòng)試驗(yàn)靜力試驗(yàn) 力學(xué)研究所 龍麗平 82543291 項(xiàng)目預(yù)約 正常 01□ DMA動(dòng)態(tài)力學(xué)分析儀 DMA更試（變），D.力學(xué)研究所 張坤(N.. 82544108 項(xiàng)目預(yù)約 正常 0□ GH武馬波風(fēng)購(gòu) 氣動(dòng)力/熱測(cè)試 力學(xué)究所 岳連建 82543883 項(xiàng)目預(yù)約 正常 01□ INSTRONE1000O軸/材料試驗(yàn)機(jī) 材料力學(xué)測(cè)試 力學(xué)研究所 鄒勇 82543920 項(xiàng)目預(yù)約 正常 0□ IF-14氣發(fā)管/風(fēng) 氣動(dòng)力/熱測(cè)試 力學(xué)研究所 張曉源 18511077689 項(xiàng)目預(yù)約 正常 010□ JF-24動(dòng)直聯(lián)臺(tái)試驗(yàn)著置 氣動(dòng)力/熱測(cè)試 力學(xué)研究所 張?jiān)?18511077689 項(xiàng)目預(yù)約 正常 1□ J10動(dòng)商風(fēng) 氣動(dòng)力/熱調(diào)試 力學(xué)研究所 單煙偉 13716629582 項(xiàng)目預(yù)約 正常 01.□ F8A波風(fēng)潤(rùn) 氣動(dòng)力/熱測(cè)試 力學(xué)研究所 喻江 82543915 項(xiàng)目預(yù)約 正常 01
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Contacts
ContactPerson:Prof.Chen Tel:+86-10-8254-4075 Email:chenyuying@imech.ac.cn
Guidetothe Facilities and Platforms of Huairou Science City
BEIJINGLASER ACCELERATION INNOVATIONCENTER (BLAIC)
Lasertechnologyiswidelyusedinindustrymedicine,telecommunications,defense,andmanyother sectors,making itoneof thecoredriversofmodernsocietaldevelopment.Asoneof the14 interdisciplinaryresearchplatformsprioritizedinHuairou ScienceCitythe BeijingLaserAcceleration InnovationCenter (BLAlC)officiallycommenced operationsattheend of 2024.Thefacilitycovers 30,000m2offloorspaceandisdedicatedtobuildingtheworld'smosttechnologicallyadvancedand functionallycompleteR&Dplatformforlaser-drivenaccelerators.
16 Experimental Platforms Fully Online, Opening A New Era Of Laser-acceleration Applications
Beamsproducedbylaseraccelerationfeatureultrashortpulsesandextremelyhighpeakcurrent. Leveragingtheseadvantages,BLAlc targetsglobalscientificfrontiers,focusingoncancer immunotherapyandkeytechnologiesfor large-scalemedicalprotonradiotherapysystems.The centeralsohasbroadapplicationprospects innuclearmedicine,space-radiation-environment simulationiertial-coninementuion,R,ndgh-nergy-densityyics.
Atpresent,thecenterhascompleted16 experimental platforms:5 research platforms(2ooTWlaser&targetarea,ultrafast ion-beamapplications,fusion-plasma diagnostics,space-irradiationeffects,andprotonradiography&warm-dense matter) plus11 process-support platforms.
Inparallel,7majorauxiliary laboratorysystemsrequiredforhigh-power laser-acceleration research havebeeninstalled:gassupplyvacuumpumproom,external-circuitcooling-water system,overheadcrane,shielding-doorsystemauxiliary-equipmentcontrolsystem,mastercontrol room,andmachineroom,togetherprovidingfullsupportforhigh-powerlaser-accelerationresearch.
Toservenationalstrategicneeds,BLAicleadstheMinistryofScience&Technology'sMajorScientific InstrumentProgram"ResearchandApplication Demonstrationofa PetawattLaser Proton Accelerator,"tacklingkeytechnological challngesinlarge-scalemedicalprotonradiotherapy systems.Additionalprocess-support platformswillbebuiltinphasestoguarantee scientific objectivesandtolaythe groundworkfor industry-academia-research integration.
Inthe coming years,thecenterwillcarryout pioneering studiesonthe generationof laser-driven high-energycharged-ionbeamsandtheirapplicationsinfusionenergy,space-radiationsimulation, biologicalirradiationandultrafastion-beamtechnologies,fosteringcross-disciplinaryintegration amonglaseracceleratorsandtheenergy，space,life-science,andmaterialscommunities.
From Technical Breakthroughs To Practical Applications,Translating Research Results At Accelerated Speed
Professor YANXueqing of Peking University's School of Physicsand Director of BLAlC leadsa R&D teamthat haslongfocusedonthetheoryand experimentsof laser-plasmaacceleration.Under his guidance,Peking University'sLaserAcceleratorLaboratoryhasachievedaseriesof internationally influentialbreakthroughs:thefirstproposalof thelaserphase-stabilizedaccelerationprincipleand thecritical-densityplasma-lens method;the first experimental demonstration of phase-stabilized acceleration,twice breaking the world record for carbon-ion energy driven by femtosecond lasers;and advances inadvanced nano-targets, high-repetition-rate high-precision target shooting,and extended-Bragg-peak beamdelivery.
Inappliedresearch,thelaboratorywilldeepenstudiesofaccelerationandradiationinlaser-plasma interactionsandtheoreticallyexplorethefeasibilityof generatingparticlesatTeV-PeVenergies. Withinthenextfewyears,itwillbuildanewultra-compacttabletoplaserparticleacceleratorand launchappicationojectsincncerthrapylasmadagnosticsndionst-ignitionfuonwhile alsosupporting thedevelopment of laser-drivengamma-rayand broadbandcoherent light sources.
InadditionBeijingRuidekangTechnologyCo.td.foundedbyProfessorYaniscommidto commercializingthe“Laser ProtonKnife,acancer-therapydevicebased onpetawattlaserproton accelerators.AsChina'sfirstand world-leading precisionradiotherapysystem,the Laser ProtonKnife usesultrahigh-peak-power laser-targetinteractionstogeneratetransientstrongelectricfieldsthat accelerateprotonsto\~l0oMeVwithinafewhundredmicrometers.Thisrevolutionizestraditional proton-beamgenerationminiaturizesproton-therapysystems,andisexpectedtolowerthebarrier towidespread adoptionof precisionradiotherapy.
Focusing On Resource Allocation And Optimizing The Sharing Mechanism
Someresearchplatformsunderthecenter,whilegivingprioritytointernalusers,areopentoexternal usersinanorderlymanner.
Forenterprise technology-developmentusers,beamtimewillbeallocatedaccordingtothetotal hoursstipulatedincontracts oragreementsundera market-based feemodel.(Note:a beam-timerequestmustbe submittedat leasttwoweeks inadvancesothat experimental resourcescan bescheduled.)
Eligibility
Application Materials
Scientificresearch institutionsand high-tech enterprises;
Researchproposalsmustcomplywith equipment specificationsand safety regulations.
Review Procedure
Initialreviewbytheequipmentresponsible scientist-assessmentofscientificmeritand feasibilitybylaboratory leaders-finalreview (reportedto the projectmanager meeting);
Resultswill be sent by e-mail within 20 working daysaftersubmission.
Legal-personcertificates of the applying domesticorforeignresearchinstitutionor high-techenterprise;
“Open-AccessApplication Formfor Large-Scale Scientific Instruments";
Experimental proposal (includingscientific objectives,sampleinformation,safetyplan etc.).
Theabove documentsshould be sentasa preliminaryrequesttotheresponsible scientist'semail listedonthecenter'swebsite under“EquipmentBooking."Anonline reservationsystemwill golivesoon;please staytuned.
Contacts
E-mail:wangkd@pku.edu.cn Reservation URLs (either linkbelow) https://clapa.pku.edu.cn/jgjscxzx/jgjscxzx.htm https://clapa.pku.edu.cn/jgjscxzx/sbyyl/sy.htm
For Detailed Contact Information, Please Refer To The“Scientific Instruments”P(pán)age
11
Guide to the Facilitiesand Platforms of Huairou Science City
INTERDISCIPLINARY RESEARCHPLATFORM FORMESOSCIENCEAND PROCESSSIMULATION
Platform Overview
Meso-scaledenotesthe“intermediate"regimethatlinksunit-levelandsystem-levelbehaviorwithin multi-scalestructures.Behavioratthisscaleiscriticaltotheperformanceofmaterials,equipment andindustrialsystems,yetthegoverningformation,evolutionandcontrolmechanismsremain poorlyunderstood.Meso-scienceistheemergingtrans-disciplinaryfieldthatseeksuniversal principlesandapplicationsofmeso-scalephenomena.LocatedinHuairouScienceCity,the InterdisciplinaryResearchPlatformforMeso-science&ProcessSimulationtargetsthisfrontier， buildinga“cross-scaleresearchbridge"thatlinksmicrotomacro,theorytoengineering,and simulationtoreality.
Theplatformisoneofthesecond-batch interdisciplinaryplatformsdeployedbythemunicipality， co-builtbythe Instituteof Process Engineering(IPE)of the ChineseAcademyof Sciencesand Beijing HuairouScienceCityConstruction&DevelopmentCo.,Ltd.,project-approvedbyBeijingMunicipal Commissionof Developmentand Reformand guaranteedforimplementationbytheAdministrative CommitteeofHuairouScienceCity.Withatotalinvestmentof\~RMB240millionandafloorareaof 23,000m2,theplatformpassedperformance,processand equipmentacceptanceonNovember27， 2025and enteredatrial-runphase,alreadyopen forexternal computingand experimental services
Groundedinthemeso-science theorypioneeredandcontinuallyadvancedby IPE,theplatform developshigh-performancecomputing systemstailoredformeso-scalestudies,advances meso-scalemodelsand simulationalgorithms,and fosters integrationamongmeso-scienceand mechanics,chemistryiologyand informatics(inludingAl).esearchdirectionsspanintelligent chemicalengineeringadvancedmaterials,low-carbonenergy,bio-intelligentmanufacturing, amongother strategicemerging industries,formingafullinnovationchainfrombasicresearch throughtechnologydevelopmenttoindustrialtranslation.
Construction Content & Service Capability
Theplatform housessixmajor systems:Meso-scale HPCR&D,Reaction-process Meso-scale Experimentationqipmenteso-scaleExrimentationno-microross-evelrocessrc RemoteExperimentation,andCollaborativeResearch.
ThesixsystemsarelinkedbytheMeso-scale HPC R&Dsystemthatsuppliesmodels,softwareand computingpower,whiletheReaction-process,Nano-microand Equipmentmeso-scale experimentationsystemsdelivercross-scaleexperimental insightsintoreactionmechanisms, nano-microtransportand equipmentbehavior;the Remote Experimentationsystemprovides networkedaccessandremotecollaborationforbothequipmentanddata.Overall,theplatformcan computeand simulate systems with hundredsof milions of particles,achievemm/ms-scale simulation&measurementaccuracy,offer nano/ns-scale surface/interfacecharacterization providein-situreactionconditionsfrom-100Ctol,200C,operateawide-area remote-collaborationnetworkanddeliver>2PFlopsoflocalcomputingpower，therebyenabling full-chainmeso-scienceresearch frommicroscopicmechanismstomacroscopicprocesses.
ToDate,ThePlatform HasDelivered A Series Of Achievements: Industrial Software
GPU-poweredDEMmssoftwarehas beendeployed for industrial-process simulationinmultiplecompaniesand itscopyright has been successfully transferred.
Virtual Process& Digital Twin
Solutions have been implemented at Levima (shandong),CHNEnergy,China Coal,CNBM, Sinopec,etc.,providing flow-sheetsimulationand processoptimizationforclients including China Coal,Baowuand Sinopecto helpcut energyconsumptionand emissions.
ChipThermal Management
Cooperationwith Huawei,Empyreanand others hasyielded simulation software forchip powerand thermal management,enabling co-design of chips and heat-dissipation components.
Biomedical Materials
A uniform-microsphere preparation technology (membrane-emulsionsustained-release microspheres)hasbeendevelopedand transferred;apeptidesynthesis&screening platformintegratingautomated synthesisand high-throughputcharacterization hasbeen built.
Biopharmaceutical R&d
AnAl-aided drug-designplatformaccelerates targetdiscoveryand moleculeoptimization, providingAl+CRO services for SynBioTech,HC Biotechand othersand shortening early-stage R&Dby6-12months.
Future Development
Theplatformwillcontinuetodeepenmeso-sciencetheoryandengineeringapplications,builda meso-scalemodeling&softwareecosystem,advanceAl-integrationwithprocessengineering,and developinteligentmodelingoptimizationanddigital-twintechnologies.Pilot-demonstrationlinesfor intelligentchemicalengineering,low-carbonenergyadvancedmaterialsandbiomedicinewillbe constructed,andjointindustry-platformteamswillattackcriticalbottlenecks.Fundsandoptimized incubationmechanismswillcreateanintegrated“R&D-pilot-translationecosystem.
Theplatformwillalsoconsolidateresourcestoestablishthe Huairou Meso-scienceInterdisciplinary ResearchCenter,strivefordesignationasanationaltechnology-innovationcenter,strengthen internationalcooperationosthigh-levelforums,scurefurtherpolicysupport,andfoter world-class,openandcollaborativeinnovationenvironment.
一 Contacts ContactPerson:Prof.HeTel:+86-10-8254-4941Email:xfhe@ipe.ac.cn
12
Guideto the Facilitiesand Platforms of Huairou Science City
BEIJING MOLECULAR SCIENCEINTERDISCIPLINARY RESEARCHPLATFORM
Moleculesarethesmallestunitsinasubstancethatcanexistindependentlyremainrelativelystable andpreserve thesubstance'sphysical andchemical properties.If thematerial world isa grand edifice,thenmoleculesareitsbricks.Understanding howmoleculesarearrangedand howthey interactisakintomastering thedesign languageandload-bearingprinciplesof thatedifice,andit underpinsfrontierbreakthroughsinnewmaterials,newdrugs,andbeyond.InHuairouScienceCity， theBeijing MolecularScience Interdisciplinary ResearchPlatformiscracking thecodeof the molecularworld and drivingthe leapfrom“knowingmolecules”to“creatingmatter."
TheBeijing Molecular Science Interdisciplinary Research Platformisone of the secondbatchof interdisciplinaryplatformsdeployedbyBeijingmunicipality.Itisco-builtbytheInstituteofChemistry of theChinese Academy of Sciences(CAs) and Beijing Huairou ScienceCityConstruction& DevelopmentCo.,Ltd.,project-approvedbyBeijing Municipal Commissionof Developmentand Reform,and guaranteedforimplementationbytheAdministrativeCommitteeof Huairou Science City.WithatotalinvestmentofaboutRMB0.3billonandafloorareaof16,oo0m2，theplatform passed performance,processand equipmentacceptanceon November28,2025and entereda trial-runphase,alreadyopentoexternalusers.
Focusing onuniversalfundamental questions inmolecular scienceand aligning withnational strategicneeds,theplatformhasestablishedaful-cycleresearchsystemthatintegrates internationallyadvancedtestlinesforfinestructuralanalysisofmolecules,performanceevaluation offunctionalmaterialsandfunctionalassessmentofdevices,meetingthehigh-end,rinedand cuting-edgetechnicaldemandsforsustainedinnovationandleapfrogdevelopmentinmolecular science.
Platform Construction And Service Capability
Theplatformcomprises four sub-platforms:Spectroscopic&SpectrometricCharacterization, Surface&Interface StructureCharacterization&ImagingSynchrotron-based Polymer/Soft-Matter Research,andPilot-scaleFabricationofMolecularMaterials&Devices.
Beijing Molecular Science Interdisciplinary ResearchPlatform
Condensed Materials Molecules Assembly State andDevices Spectroscopic Surface and Polymer/Soft Demonstration and Spectral InterfaceStructure MatterResearch Platformfor Characterization Characterization Sub-Platform Based Fabricationof Sub-Platform and Imaging onSynchrotron MolecularMaterials Sub-Platform Radiation and Devices
NuclearMagyetim Electron Microscope Imaging System AvatueddDylftatn emtinransistors
ElectronParamagnetic Spectral Imaging System System and Matrix Circuits ResonanceSystem
SpectralCharacterization tetref Ceicrstorahi □ FarictionganolarCells
Pectroscopic & Spectrometric Characterization Sub-platform
Byintegrating an800 MHz liquid-state NMR spectrometeranda 600 MHz solid-state dynamic nuclearpolarization(DNP) spectrometer,the sub-platform enables structural analysisof multiphase systemsfromsolution to solid.The liquid NMR offers broadband multinuclear, high-sensitivityand high-resolutioncapabilities forfinemultinuclearcharacterizationof nearly 50 nuclides,while thesolid DNPspectrometercan theoretically boost13C sensitivity by >2,500-fold;together theydeliveratomic-scalestructural deconvolution.
Anelectron paramagnetic resonance (EPR) spectrometer dedicated to radicals,transition metals,excited transient speciesand in-situ reaction intermediatescomplementsthe NMR suite,forminga synergistic paramagnetic-diamagnetic protocol.Coupled with IR absorption and micro-Raman scattering spectroscopies,dynamic structural information at thelevel ofmolecular vibrationsand chemical bonds is provided,creatinga multidimensionalcharacterization ladder fromnucleiandelectronstomolecular vibrations.The sub-platform hasalready underpinned national R&Dof critical materials, offering systematicand high-precisionsupport for breaking technical bottenecks and developing high-performancenewmaterials.
Surface& Interface StructureCharacterization &ImagingSub-platform
Thesub-platform housesa double-corrected electronmicroscope,a STED super-resolution microscope and an in-situ ice-nucleation&adhesion-force test system.
Thedouble-correctedelectronmicroscope operatesat both 3o0kVand80kV,delivering sub-angstromresolution for direct atomic-scale imaging and structural analysis,laying the cornerstone forunveiling intrinsicmaterial structures.
TheSTEDsuper-resolutionmicroscope breaks theconventional optical diffraction limit, furnishing 3-D ultra-highspatial resolution better than 3 0 { n m } （xY)and 7 5 \ : { n m } (z),apowerful toolfornanoscale localizationand observation in life sciencesand nanomaterials.
Monolayer \mathsf { C } _ { 6 0 } imagedwithbeamcurrent<1pA(electronmicroscopy)
The in-situ ice-nucleation& adhesion-forcesystemfocuses ondynamicprocessesand mechanicalbehaviorat surfacesand interfaces, enablingreal-timeobservation ofice-crystal nucleation and growth kinetics togetherwith micro-adhesion-force measurements.
Combined,the three instruments forgea synergistic,complementarychain for cross-scale surface&interface structureand mechanismstudies,creatinga“molecule-nano-micro" platform that strongly underpins thedesignand development of high-performance surface& interfacesystems.
Representativeengineering cases:Hubei Xiehe New-Energy wind-turbine anti-icing retrofitprojectand Shandong Zhangqiu UAVwind-turbineanti-icing retrofit project.
Synchrotron-based Polymer/Soft-matter ResearchSub-platform
Backedbythe forthcoming High Energy Photon Source(HEPs),thesub-platformwill capture everykeystructural instantacrossamaterial'slifecycle.
Itssingle-crystal X-raydifractometer,withsingle-photon-level detectorsensitivity,can solve crystal structures down to 2 8 \mathsf { K } , cracking atomic-level structural codes of complex systemsand micro-crystalline samples.Theadvanced organic polymer/soft-matter structural&dynamiccharacterization system spans the entire life spanof polymeric materials-synthesis,processing and service.Coupled withsynchrotron beamlines,it monitorspolymerizationreactionsinreal time,deciphers structural evolutionduring fabrication and processing,and simulates service environments-including temperatures from - 1 0 3 . 6 ^ { \circ } C to 5 0 1 ^ { \circ } C highvacuum（ 5 . 2 x 10區(qū)區(qū)Pa),photo-iradiation ( 1 8 5 \ n m - 1 6 \mu m ) and controlled gas atmospheres-thereby tackling bottlenecks linking structural evolution to material performanceand underpinning the R&Dand application of polymericmaterials.
MolecularMaterials&DevicesPilot-scale FabricationSub-platform
Thesub-platform tackles the key scientificand technical challenges of uniformity,stability， integrabilityand flexibilityin large-area fabricationof organic transistors,organic photovoltaic (oPv) devices and organic thermoelectric (OTE)devices.Itestablishes a comprehensive evaluation pilot line that bridges bench-scale discoveries to application, showcasesdemonstrativefunctionsofmolecularmaterialsanddevices,invites market-drivenR&D,andultimatelyfostersnewindustrial chains.
To Date,A String Of Achievements Has Been Delivered:
Overall,the platform hasunderpinned multiple high-impact outputs-high-performance thermoelectric plastics,full-color gamut adaptive transistorsand their flexible integrated devices,plus the domestication of polarizationagents-through high-throughput characterization.
Ademonstrativeapplication-assessment protocol formolecularmaterialsand devices has beencreated,several materialfamilieswithclearcommercial potential havebeendeveloped, andmultiplebottlenecksin large-area fabricationof OTEmaterials,organictransistorsand OPVcells have been overcome.Theresulting devices rank at the state-of-the-art in uniformity,stability,efficiencyand costcontrol,laying the groundworkfor industrial deployment.
Leading Scientists
Professor,Ph.D.advisor,InstituteofChemistry，CAs;National ScienceFund forDistinguished YoungScholars laureate.Hehas longfocused onorganicsemiconductorsanddevices,introduced theconceptofprecisionmoleculecreationcoupledwith device-functiontuning,andadvanced high-performanceOTE materialsandorganicsmartsensors.Hehaspublished>100 papers in Nature,Science,etc.,and leads the constructionof the platform'spilotline fororganictransistorsandmatrixcircuits, propellingrapid progress in adaptive organic transistorsand OTEs.
Chong-an Di
Professor,Ph.D.advisor,Instituteof Chemistry，CAs;National ScienceFund forDistinguished YoungScholarslaureate.He has dedicated hiscareertomoleculardesignandsynthesisof high-performancephotovoltaicmaterials,devicephysicsand processing,and hasachievedmultipleoriginalbreakthroughsin OPVs.Hisgroup'sinnovationsinmaterialsystemsanddevice performancearepivotal totheplatform'sadvanced-material R&D, process verification and novel applications,while the platform's continuous fabricationand testingcapabilitiesin turn expedite the translationof hisdiscoveries.
Industrial Support
TheBeijing Molecular Science Interdisciplinary Research Platform hasalreadyattractedand nurtured acohortof talents;among themResearch FellowsDiChong'anand Hou Jianhui haveproduced landmarkresultsinmolecularscience
Organic Photovoltaic Cells
Theplatformispositionedasthehubthat linksfundamental PV-materialresearchtoend-user deployment,enablingOPVcellstopower indoor low-powerelectronicsandtoprovide energy-saving/aestheticbuilding integration-therebyadvancingemergingmarkets inloTpower supplyandbuilding-integratedphotovoltaics.
Organic-transistor Integrated Devices
The focus is ondemonstrative applications of organictransistors inmatrixdrive circuits,flexible sensorarraysandimplantable bio-electronics.Target customersare R&D institutesand companies inflexibledisplays,smartdetectionandotheropto-electronicsectors.
Organic ThermoelectricMaterialsAnd Devices
Theemphasisisonflexibleandconformable TEGsand sensors,andonwearableself-powered devices.Target customersare institutesand enterprisesactive in thermoelectricpower generation/sensingandwearableelectronics.
Platform DevelopmentRoadmap
Forbasicresearch,theplatformtakesmolecularscienceasitscoreandaddressesuniversal questionssuchasmicroscopicreactionmechanisms,intermolecularforceregulation,and aggregation-structure/physicochemical-propertyrelationships.State-of-the-artinstrumentation coupledwith innovativeexperimentalprotocolswillprovidecuting-edge toolsforoptimizing molecularsystemsandcreatingnewmolecularmaterials.
Forappliedbasicresearch,theplatformwilldeepeninnovationandperformanceoptimizationof molecularelectronicmaterials,developnovel high-performanceorganicsemiconductors,and exploreflexibleintegrationprocessesforwearableand implantablescenarios.
Ontheindustrial-supportfront,theplatformwilloffer processverificationand small-batch prototypingservicestoinstitutesand companiesintheorganic-electronicssector,loweringtheR&D entrybarrerandpromotingdemonstrativeapplicationsoforganic-semiconductor integration technologies.
Regardingplatformgrowth，advancedcharacterizationandancillaryequipmentwillbeupgraded andclosercollborationwiththe UniversityofChineseAcademyofSciences,theHighEnergyPhoton Source(HEPs)and othermajor facilitieswillbepursuedtoenhancehigh-level researchand technical-servicecapacity.
Contacts
Contact Person:Prof.Jia Tel:+86-10-6265-8184 Email:jiahy@iccas.ac.cn
Tel:+86-010-6166-3661丨Fax:+86-010-6166-3769 Email:hscjrc@bjhr.gov.cn
No.88gnoadiruistrictga
Beijing Huairou National Comprehensive Science Center https://hsc.beijing.gov.cn
National Network Management Platform for Major Research Infrastructure and Large-scale Research Instruments https://nrii.org.cn
User Guide for Major Science and Technology Facilities at Huairou Science City https://issf.cas.cn
Instrumentation Sharing and Management Platform https://samp.cas.cn
