[{"data":1,"prerenderedAt":97},["ShallowReactive",2],{"ki-evidenznetz-dossier-output-8d8bba027c04e5330fc28059-ce08a5a9":3},{"edges":4,"entity":16,"fingerprint":49,"generatedAt":50,"neighbors":51,"schemaVersion":96},[5],{"evidence":6,"evidenceClass":11,"from":12,"id":13,"relation":14,"to":15},{"dataset":7,"field":8,"sourceId":9,"url":10},"german-ai-research-to-transfer-index","cordis_project_code","101091433:output:8d8bba027c04e5330fc28059","https:\u002F\u002Fcordis.europa.eu\u002Fproject\u002Fid\u002F101091433","exact","cordis:101091433","edge:project-output:101091433:8d8bba027c04e5330fc28059","has_observed_output","output:8d8bba027c04e5330fc28059",{"attributes":17,"edgeCount":33,"id":15,"indexable":19,"label":34,"links":35,"slug":44,"sourceRefs":45,"type":48},{"citationCount":18,"isOpenAccess":19,"openAireId":20,"outputType":21,"persistentIdentifiers":22,"publicationDate":32},6,true,"doi_dedup___::c222d6c17aa34562b7c628f5a9cda0a9","publication",[23,26,29],{"scheme":24,"value":25},"doi","10.3390\u002Fmi16030276",{"scheme":27,"value":28},"pmc","PMC11946532",{"scheme":30,"value":31},"pmid","40141887","2025-02-27",1,"Progress in Polycrystalline SiC Growth by Low Pressure Chemical Vapor Deposition and Material Characterization",[36,40],{"kind":37,"label":38,"url":39},"official_source","OpenAIRE","https:\u002F\u002Fapi.openaire.eu\u002Fgraph\u002Fv3\u002Fresearch-products\u002Fdoi_dedup___%3A%3Ac222d6c17aa34562b7c628f5a9cda0a9",{"kind":41,"label":42,"url":43},"persistent_identifier","DOI 10.3390\u002Fmi16030276","https:\u002F\u002Fdoi.org\u002F10.3390\u002Fmi16030276","output-8d8bba027c04e5330fc28059-ce08a5a9",[46],{"dataset":7,"field":47,"sourceId":20,"url":39},"openaire_research_product_id","output","sha256:72bc59ce3ec6fd40b3f106c7d0c9058ffe24820a0752c2f29bf36e4d15b16ebe","2026-11-12T09:00:31.263Z",[52],{"attributes":53,"description":81,"edgeCount":18,"id":12,"indexable":19,"label":82,"links":83,"slug":90,"sourceRefs":91,"type":95},{"acronym":54,"code":55,"endDate":56,"frameworkProgramme":57,"funding":58,"knowledgeFlow":63,"research":71,"startDate":80},"NANOMAT","101091433","2026-06-30","HORIZON",{"currency":59,"germanNetEuContributionCents":60,"participantEdgeCount":61,"status":62},"EUR","55127600",2,"linked",{"citingCountryCount":64,"citingInstitutionCount":65,"distinctCitingWorkCount":66,"firstObservedCitationDate":67,"lastObservedCitationDate":68,"observedCitationEdgeCount":69,"status":70},15,49,28,"2024-04-23","2026-11-02",29,"full_input_observation",{"citationDataOutputCount":72,"citedOutputCount":73,"firstPublicationDate":74,"lastPublicationDate":75,"openAccessOutputCount":76,"outputCount":72,"status":62,"totalCitations":77,"typeCounts":78},16,5,"2023-11-01","2025-04-06",11,19,{"dataset":79,"other":79,"publication":72,"software":79},0,"2022-12-01","HETEROGENEOUS MATERIAL AND TECHNOLOGICAL PLATFORM FOR A NEW DOMAIN OF POWER NANOELECTRONICS","NANOMAT · HETEROGENEOUS MATERIAL AND TECHNOLOGICAL PLATFORM FOR A NEW DOMAIN OF POWER NANOELECTRONICS",[84,86],{"kind":37,"label":85,"url":10},"CORDIS",{"kind":87,"label":88,"url":89},"local_dossier","KI-Innovationspfad","\u002Ftools\u002Fki-innovationspfad\u002F?project=101091433","project-cordis-101091433-3f18292d",[92],{"dataset":93,"field":94,"sourceId":12,"url":10},"german-ai-innovation-path","cordis_project_id","project","ki-evidenznetz.entity.v1",1794474556728]