[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"chain-detail":3,"chain-related-b0614f9a-1b75-4f3d-8c55-ad54651ed608":1551,"chain-scenarios-b0614f9a-1b75-4f3d-8c55-ad54651ed608":1559,"chain-expert-resolve-b0614f9a-1b75-4f3d-8c55-ad54651ed608":1561,"chain-related":1622},{"id":4,"name":5,"category":6,"groupCategory":7,"intro":8,"scale":9,"maturity":10,"meta":11,"checkState":984,"version":797,"createdBy":212,"createdAt":985,"updatedAt":986,"nodes":987},"b0614f9a-1b75-4f3d-8c55-ad54651ed608","新材料产业链","战略性新兴产业","EMERGING","先进金属材料、高分子材料、复合材料、纳米材料","中国新材料产业总产值2024年约8.7万亿元,预计2025年约10万亿元(工信部\u002F赛迪口径,2025)","成长期",{"ipc":12,"trl":22,"tier":25,"codes":26,"trade":28,"counts":35,"market":39,"source":73,"experts":74,"shaanxi":228,"sources":229,"clusters":234,"maturity":10,"policies":253,"source60":257,"chainCode":27,"matched60":258,"bottlenecks":259,"competition":787,"subCategory":837,"lifecycleStage":838,"strategic_note":29,"strategic_path":839,"key_technologies":843,"national_policies":852,"value_chain_profile":946,"regional_distribution":963},[13,16,19],{"code":14,"meaning":15},"C08J 5\u002F24","纤维增强复合材料\u002F碳纤维制品",{"code":17,"meaning":18},"H01F 1\u002F057","稀土永磁(钕铁硼)磁性材料",{"code":20,"meaning":21},"C22C 14\u002F00","钛合金\u002F高温合金材料",{"basis":23,"range":24},"碳纤维、稀土永磁、电子专用材料等已规模商用(T9)；超导\u002F超材料等前沿材料处工程示范(TRL7)","TRL7–9","新兴支柱",[27],"E22",{"exports":29,"sources":30,"dependence":32,"export_yoy":29,"export_label":33,"export_value":29,"imports_note":34},"",[31],"http:\u002F\u002Ffinance.ce.cn\u002Fstock\u002Fgsgdbd\u002F202511\u002Ft20251118_2585336.shtml","关键战略材料对外依存度高，EUV光刻胶\u002F高端碳纤维\u002F特种装备材料为卡脖子环节","新材料出口","高端碳纤维(T1000以上)、EUV光刻胶、航空级高温合金、部分特种气体与电子专用材料仍依赖进口",{"clusters":36,"segments":37,"companies":38,"bottlenecks":37},6,8,16,{"china":40,"global":64,"output":67,"sources":68,"output_yoy":29,"extra_market":29,"output_label":71,"output_value":72},{"yoy":41,"breakdown":42,"donut_sub":60,"size_2025":61,"donut_title":62,"donut_center":63,"with_equipment_materials":29},"连续多年两位数增长",[43,47,52,56],{"yoy":29,"size":44,"share":45,"segment":46},"约5.5万亿元","55%","先进基础材料",{"yoy":48,"size":49,"share":50,"segment":51},"年增速超20%","约3.2万亿元","32%","关键战略材料",{"yoy":29,"size":53,"share":54,"segment":55},"约0.6万亿元","6%","前沿新材料",{"yoy":29,"size":57,"share":58,"segment":59},"约0.7万亿元","7%","其他新材料配套","2025年总产值(赛迪顾问口径)","约10万亿元","中国新材料产业结构(2025)","约10万亿",{"yoy":29,"note":65,"size_2025":66,"size_2026e":29},"中国2021年新材料产业规模约5.9万亿元、占全球约1\u002F4(《中国新材料产业发展报告》)；2025年中国约10万亿元，稳居全球第一梯队","约5万亿美元量级(机构口径差异大)","2021—2025年碳纤维及其复合材料产量年均增长42.6%、高性能化学纤维年均增长40.5%(国家统计局)",[31,69,70],"https:\u002F\u002Fwww.stats.gov.cn\u002Fzt_18555\u002Fztfx\u002Fsswjjshfzcjbg\u002F202606\u002Ft20260601_1963842.html","http:\u002F\u002Fwww.zhongkehualian.com\u002Fnewsinfo\u002F11253659.html","碳纤维及其复合材料产量","年均+42.6%","全产业智慧图谱数据库（公开版）",[75,81,86,91,97,102,108,114,120,125,130,134,139,144,149,154,160,165,170,175,179,184,188,193,197,203,208,214,218,223],{"org":76,"raw":77,"name":78,"note":79,"title":80},"中国工程院","干勇（中国工程院），中国工程院院士，国家新材料产业发展专家咨询委员会主任，冶金与新材料战略专家","干勇","国家新材料产业发展专家咨询委员会主任，冶金与新材料战略专家","中国工程院院士",{"org":82,"raw":83,"name":84,"note":85,"title":80},"中国航天科技集团","李仲平（中国航天科技集团），中国工程院院士，航天复合材料专家","李仲平","航天复合材料专家",{"org":87,"raw":88,"name":89,"note":90,"title":80},"哈尔滨工业大学","周玉（哈尔滨工业大学），中国工程院院士，特种陶瓷与复合材料专家","周玉","特种陶瓷与复合材料专家",{"org":92,"raw":93,"name":94,"note":95,"title":96},"西北工业大学","魏炳波（西北工业大学），中国科学院院士，材料科学与空间材料研究专家","魏炳波","材料科学与空间材料研究专家","中国科学院院士",{"org":98,"raw":99,"name":100,"note":101,"title":80},"北京科技大学","谢建新（北京科技大学），中国工程院院士，先进金属材料与材料加工工程专家","谢建新","先进金属材料与材料加工工程专家",{"org":103,"raw":104,"name":105,"note":106,"title":107},"中国科学院山西煤炭化学研究所","张寿春（中国科学院山西煤炭化学研究所），研究员，从事高性能碳纤维制备技术研究","张寿春","从事高性能碳纤维制备技术研究","研究员",{"org":109,"raw":110,"name":111,"note":112,"title":113},"北京化工大学","徐樑华（北京化工大学），教授，碳纤维制备与应用技术专家","徐樑华","碳纤维制备与应用技术专家","教授",{"org":115,"raw":116,"name":117,"note":118,"title":119},"西北有色金属研究院","张平祥（西北有色金属研究院），院士，稀有金属材料与超导材料专家","张平祥","稀有金属材料与超导材料专家","院士",{"org":121,"raw":122,"name":123,"note":124,"title":80},"中国钢研科技集团有限公司","李卫（中国钢研科技集团有限公司），中国工程院院士，稀土永磁材料专家","李卫","稀土永磁材料专家",{"org":126,"raw":127,"name":128,"note":129,"title":80},"北京工业大学","聂祚仁（北京工业大学），中国工程院院士，有色金属冶金与循环再生","聂祚仁","有色金属冶金与循环再生",{"org":98,"raw":131,"name":132,"note":133,"title":80},"毛新平（北京科技大学），中国工程院院士，硅钢与薄板连铸连轧技术","毛新平","硅钢与薄板连铸连轧技术",{"org":135,"raw":136,"name":137,"note":138,"title":96},"东华大学","朱美芳（东华大学），中国科学院院士，先进纤维材料专家","朱美芳","先进纤维材料专家",{"org":140,"raw":141,"name":142,"note":143,"title":80},"上海大学","孙晋良（上海大学），中国工程院院士，碳\u002F碳复合材料与纤维材料","孙晋良","碳\u002F碳复合材料与纤维材料",{"org":145,"raw":146,"name":147,"note":148,"title":80},"武汉理工大学","张联盟（武汉理工大学），中国工程院院士，先进复合材料与无机非金属材料","张联盟","先进复合材料与无机非金属材料",{"org":150,"raw":151,"name":152,"note":153,"title":80},"中国建材集团","彭寿（中国建材集团），中国工程院院士，玻璃新材料与显示玻璃技术","彭寿","玻璃新材料与显示玻璃技术",{"org":155,"raw":156,"name":157,"note":158,"title":159},"中国建材集团有限公司","周育先（中国建材集团有限公司），董事长，建材央企管理与绿色低碳转型","周育先","建材央企管理与绿色低碳转型","董事长",{"org":161,"raw":162,"name":163,"note":164,"title":80},"四川大学","王玉忠（四川大学），中国工程院院士，阻燃高分子与生物降解塑料","王玉忠","阻燃高分子与生物降解塑料",{"org":166,"raw":167,"name":168,"note":169,"title":80},"大连理工大学","蹇锡高（大连理工大学），中国工程院院士，特种工程塑料方向","蹇锡高","特种工程塑料方向",{"org":171,"raw":172,"name":173,"note":174,"title":96},"中国科学院长春应用化学研究所","陈学思（中国科学院长春应用化学研究所），中国科学院院士，生物可降解高分子材料","陈学思","生物可降解高分子材料",{"org":109,"raw":176,"name":177,"note":178,"title":80},"张立群（北京化工大学），中国工程院院士，橡胶材料与生物基弹性体","张立群","橡胶材料与生物基弹性体",{"org":180,"raw":181,"name":182,"note":183,"title":107},"中国科学院金属研究所","杨锐（中国科学院金属研究所），研究员，钛合金与深海用金属材料","杨锐","钛合金与深海用金属材料",{"org":180,"raw":185,"name":186,"note":187,"title":107},"李殿中（中国科学院金属研究所），研究员，特殊钢与高端轴承材料","李殿中","特殊钢与高端轴承材料",{"org":189,"raw":190,"name":191,"note":192,"title":96},"北京大学","鄂维南（北京大学），中国科学院院士，AI for Science与多尺度计算","鄂维南","AI for Science与多尺度计算",{"org":140,"raw":194,"name":195,"note":196,"title":96},"张统一（上海大学），中国科学院院士，材料基因组工程专家","张统一","材料基因组工程专家",{"org":198,"raw":199,"name":200,"note":201,"title":202},"中复神鹰碳纤维股份有限公司","陈秋飞（中复神鹰碳纤维股份有限公司），总经理，干喷湿纺高性能碳纤维产业化","陈秋飞","干喷湿纺高性能碳纤维产业化","总经理",{"org":204,"raw":205,"name":206,"note":207,"title":113},"清华大学","刘静（清华大学），教授，液态金属材料与器件研究","刘静","液态金属材料与器件研究",{"org":209,"raw":210,"name":211,"note":212,"title":213},"光启技术","刘若鹏（光启技术），超材料设计、制备与产业化","刘若鹏",null,"超材料设计、制备与产业化",{"org":115,"raw":215,"name":216,"note":217,"title":80},"周廉（西北有色金属研究院），中国工程院院士，名誉院长，超导与稀有金属专家","周廉","名誉院长，超导与稀有金属专家",{"org":115,"raw":219,"name":220,"note":221,"title":222},"赵永庆（西北有色金属研究院），教授级高工，钛及钛合金研究专家","赵永庆","钛及钛合金研究专家","教授级高工",{"org":224,"raw":225,"name":226,"note":227,"title":80},"西安交通大学","卢秉恒（西安交通大学），中国工程院院士，增材制造与高端装备制造专家","卢秉恒","增材制造与高端装备制造专家","钛及钛合金、增材制造、铝镁钼深加工、碳纤维及其复合材料",[230,231,232,233],"https:\u002F\u002Fwww.gov.cn\u002Fzhengce\u002F2022-01\u002F03\u002Fcontent_5666170.htm","https:\u002F\u002Fwww.miit.gov.cn\u002Fjgsj\u002Fycls\u002Fghzc\u002Fart\u002F2021\u002Fart_c6e6777847154347a637f86ad0e339b8.html","https:\u002F\u002Fwww.stcn.com\u002Farticle\u002Fdetail\u002F3318867.html","https:\u002F\u002Fwww.stcn.com\u002Farticle\u002Fdetail\u002F3940219.html",[235,238,241,244,248,251],{"city":236,"name":237,"level":212},"中国钛谷","宝鸡高新区",{"city":239,"name":240,"level":212},"秦创原总窗口","西咸新区",{"city":242,"name":243,"level":212},"泾渭新城","西安经济技术开发区",{"city":245,"name":246,"level":247},"西安","西安高新技术产业开发区","国家级",{"city":249,"name":250,"level":212},"榆神工业区","陕北能源化工基地",{"city":245,"name":252,"level":247},"西安阎良国家航空高技术产业基地",[254,255,256],"《“十四五”原材料工业发展规划》(工信部、科技部、自然资源部，2021)","重点新材料首批次应用示范指导目录","新材料产业发展指南(工信部等)","全产业60链图谱",true,[260,319,392,472,511,600,646,713],{"name":261,"risk":262,"type":212,"status":263,"experts":264,"policies":272,"progress":279,"companies":280,"policy_support":318},"T1000\u002FM40J级高性能碳纤维","风险：高","已突破",[265,268,270],{"org":103,"raw":266,"name":105,"note":212,"title":267},"张寿春（中国科学院山西煤炭化学研究所），高性能碳纤维制备技术","高性能碳纤维制备技术",{"org":109,"raw":269,"name":111,"note":212,"title":112},"徐樑华（北京化工大学），碳纤维制备与应用技术专家",{"org":135,"raw":271,"name":137,"note":138,"title":119},"朱美芳（东华大学），院士，先进纤维材料专家",[273],{"raw":274,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":278},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：完善高性能纤维等关键材料标准体系","2024-12","标准提升引领原材料工业优化升级行动方案（2025—2027年）","工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会","完善高性能纤维等关键材料标准体系","光威复材、中复神鹰高性能碳纤维",[281,284,286,288,291,293,296,299,302,304,306,309,312,315],{"name":282,"note":283},"中复神鹰","T1200级产品实现百吨级量产",{"name":285,"note":212},"光威复材",{"name":287,"note":212},"中简科技",{"name":289,"note":290},"山西钢科","太钢集团旗下，航空航天碳纤维",{"name":292,"note":212},"恒神股份",{"name":294,"note":295},"吉林碳谷","碳纤维原丝龙头",{"name":297,"note":298},"上海石化","大丝束碳纤维",{"name":300,"note":301},"精功科技","碳纤维生产线装备",{"name":103,"note":303},"碳纤维技术源头单位",{"name":135,"note":305},"高性能纤维材料研究",{"name":307,"note":308},"中国科学院宁波材料技术与工程研究所","碳纤维复合材料研究",{"name":310,"note":311},"榆林恒神新材料有限公司","榆林，规划2万吨\u002F年碳纤维产能",{"name":313,"note":314},"西安康本材料有限公司","西安，航天用碳纤维与预浸料",{"name":316,"note":317},"陕西元丰新材料科技有限公司","西安，高性能纤维及其制品","新材料专项",{"name":320,"risk":262,"type":212,"status":263,"experts":321,"policies":339,"progress":346,"companies":347,"policy_support":391},"航空发动机高温合金单晶叶片",[322,325,328,331,335],{"org":76,"raw":323,"name":78,"note":212,"title":324},"干勇（中国工程院），冶金与新材料专家","冶金与新材料专家",{"org":98,"raw":326,"name":100,"note":212,"title":327},"谢建新（北京科技大学），先进金属材料专家","先进金属材料专家",{"org":180,"raw":329,"name":186,"note":330,"title":107},"李殿中（中国科学院金属研究所），研究员，高温合金与特殊钢研究","高温合金与特殊钢研究",{"org":92,"raw":332,"name":333,"note":334,"title":113},"李金山（西北工业大学），教授，高温合金与先进成型技术研究","李金山","高温合金与先进成型技术研究",{"org":92,"raw":336,"name":337,"note":338,"title":113},"刘林（西北工业大学），教授，高温合金定向凝固与单晶叶片制备研究","刘林","高温合金定向凝固与单晶叶片制备研究",[340],{"raw":341,"date":342,"name":343,"doc_no":212,"issuer":344,"summary":345},"《关于推动未来产业创新发展的实施意见》（工业和信息化部等七部门，2024-01）：支持航空发动机关键材料与部件攻关","2024-01","关于推动未来产业创新发展的实施意见","工业和信息化部等七部门","支持航空发动机关键材料与部件攻关","钢研高纳、航材院单晶叶片突破",[348,351,353,356,359,362,365,368,371,374,377,379,382,385,388],{"name":349,"note":350},"航发动力","中国航发",{"name":352,"note":212},"钢研高纳",{"name":354,"note":355},"抚顺特钢","CMSX-4等单晶高温合金",{"name":357,"note":358},"应流股份","航空叶片",{"name":360,"note":361},"万泽股份","单晶叶片",{"name":363,"note":364},"图南股份","高温合金与精密铸件",{"name":366,"note":367},"隆达股份","高温合金材料",{"name":369,"note":370},"航发科技","中国航发旗下，航空发动机零部件",{"name":372,"note":373},"炼石航空","成都航宇，单晶涡轮叶片",{"name":375,"note":376},"中航重机","航空锻件",{"name":180,"note":378},"高温合金与单晶叶片研究",{"name":380,"note":381},"西部超导材料科技股份有限公司","西安，航空用高温合金棒材与母合金",{"name":383,"note":384},"西安钢研功能材料股份有限公司","西安，高温合金与特种功能材料",{"name":386,"note":387},"陕西宏远航空锻造有限责任公司","三原县，航空发动机与飞机锻件",{"name":389,"note":390},"西安三角防务股份有限公司","西安，航空航天模锻件与发动机盘轴","航空发动机",{"name":393,"risk":262,"type":212,"status":394,"experts":395,"policies":407,"progress":420,"companies":421,"policy_support":471},"电子级高纯多晶硅\u002F大硅片","国产替代",[396,401],{"org":397,"raw":398,"name":399,"note":400,"title":96},"浙江大学","杨德仁（浙江大学），中国科学院院士，半导体硅材料专家","杨德仁","半导体硅材料专家",{"org":402,"raw":403,"name":404,"note":405,"title":406},"北京奕斯伟科技集团","王东升（北京奕斯伟科技集团），奕斯伟集团董事长，硅材料与芯片布局","王东升","硅材料与芯片布局","奕斯伟集团董事长",[408,414],{"raw":409,"date":410,"name":411,"doc_no":212,"issuer":412,"summary":413},"《电子信息制造业2025—2026年稳增长行动方案》（工业和信息化部、国家市场监督管理总局，2025-09）：提升半导体材料等关键环节供给能力","2025-09","电子信息制造业2025—2026年稳增长行动方案","工业和信息化部、国家市场监督管理总局","提升半导体材料等关键环节供给能力",{"raw":415,"date":416,"name":417,"doc_no":212,"issuer":418,"summary":419},"《西安市促进新材料产业高质量发展实施方案》（西安市人民政府办公厅，2026-05）：构建“3+5+N”新材料产业体系，重点支持半导体材料、先进金属材料等，2030年产值目标700亿元","2026-05","西安市促进新材料产业高质量发展实施方案","西安市人民政府办公厅","构建“3+5+N”新材料产业体系，重点支持半导体材料、先进金属材料等，2030年产值目标700亿元","沪硅产业、TCL中环12英寸硅片量产",[422,425,428,431,434,437,439,442,445,448,451,453,456,459,462,465,468],{"name":423,"note":424},"鑫华半导体","电子级多晶硅市占率领先",{"name":426,"note":427},"黄河水电","电子级多晶硅",{"name":429,"note":430},"沪硅产业","上海新昇，300mm硅片",{"name":432,"note":433},"TCL中环","中环领先",{"name":435,"note":436},"西安奕斯伟材料","西安奕材",{"name":438,"note":212},"立昂微",{"name":440,"note":441},"有研硅","有研半导体硅材料，大尺寸硅片",{"name":443,"note":444},"中欣晶圆","8\u002F12英寸半导体硅片",{"name":446,"note":447},"金瑞泓","浙江金瑞泓，半导体硅片",{"name":449,"note":450},"通威股份","高纯多晶硅",{"name":452,"note":450},"大全能源",{"name":454,"note":455},"协鑫科技","颗粒硅与多晶硅",{"name":457,"note":458},"神工股份","刻蚀用单晶硅材料",{"name":460,"note":461},"陕西有色天宏瑞科硅材料有限责任公司","榆林榆佳经开区，电子级多晶硅11-13N",{"name":463,"note":464},"西安奕斯伟材料科技股份有限公司","西安，12英寸大硅片",{"name":466,"note":467},"陕西华山半导体材料有限责任公司","西安雁塔区，单晶硅棒与硅片",{"name":469,"note":470},"隆基绿能科技股份有限公司","西安，单晶硅材料与光伏硅片","集成电路",{"name":473,"risk":262,"type":474,"status":475,"experts":476,"policies":486,"progress":490,"companies":491,"policy_support":212},"高性能碳纤维(T1000\u002FT1100及高模M系列)与原丝","工艺技术","依赖进口",[477,480,483],{"org":103,"raw":478,"name":105,"note":212,"title":479},"张寿春（中国科学院山西煤炭化学研究所），T1000级干喷湿纺碳纤维国产化","T1000级干喷湿纺碳纤维国产化",{"org":109,"raw":481,"name":111,"note":212,"title":482},"徐樑华（北京化工大学），碳纤维技术专家","碳纤维技术专家",{"org":198,"raw":484,"name":200,"note":485,"title":202},"陈秋飞（中复神鹰碳纤维股份有限公司），总经理，干喷湿纺碳纤维产业化","干喷湿纺碳纤维产业化",[487],{"raw":488,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":489},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：推动高性能碳纤维等关键材料标准研制","推动高性能碳纤维等关键材料标准研制","东丽T1100\u002FM40J等高端垄断；国内T700\u002FT800已规模自给，T1000\u002FT1100及高模M系列突破中，部分高端仍进口",[492,493,494,495,496,498,499,500,502,503,505,507,509],{"name":282,"note":212},{"name":285,"note":212},{"name":287,"note":212},{"name":292,"note":212},{"name":497,"note":298},"吉林化纤",{"name":297,"note":298},{"name":294,"note":295},{"name":300,"note":501},"碳纤维产线装备",{"name":135,"note":305},{"name":103,"note":504},"碳纤维制备技术源头",{"name":310,"note":506},"榆林，一期5000吨\u002F年高性能碳纤维",{"name":313,"note":508},"西安，碳纤维原丝下游预浸料与复材",{"name":316,"note":510},"西安，高性能纤维材料及制品",{"name":512,"risk":262,"type":474,"status":475,"experts":513,"policies":529,"progress":541,"companies":542,"policy_support":212},"半导体材料(ArF\u002FEUV光刻胶、高端前驱体)",[514,520,525],{"org":515,"raw":516,"name":517,"note":518,"title":519},"徐州博康信息化学品有限公司","傅志伟（徐州博康信息化学品有限公司），公司创始人，半导体光刻胶与单体研发","傅志伟","半导体光刻胶与单体研发","公司创始人",{"org":521,"raw":522,"name":523,"note":212,"title":524},"广东华特气体股份有限公司","石思慧（广东华特气体股份有限公司），电子特种气体（光刻气）国产化","石思慧","电子特种气体（光刻气）国产化",{"org":92,"raw":526,"name":527,"note":528,"title":113},"介万奇（西北工业大学），教授，碲锌镉(CZT)晶体与半导体材料专家","介万奇","碲锌镉(CZT)晶体与半导体材料专家",[530,536],{"raw":531,"date":532,"name":533,"doc_no":212,"issuer":534,"summary":535},"《关于做好2026年享受税收优惠政策的集成电路企业或项目、软件企业清单制定工作的通知》（国家发展改革委等，2026-04）：集成电路材料企业可享税收优惠，支持材料攻关","2026-04","关于做好2026年享受税收优惠政策的集成电路企业或项目、软件企业清单制定工作的通知","国家发展改革委等","集成电路材料企业可享税收优惠，支持材料攻关",{"raw":537,"date":538,"name":539,"doc_no":212,"issuer":344,"summary":540},"《2026年工业和信息化领域创新任务揭榜挂帅》（工业和信息化部等七部门，2026-07）：支持电子材料等关键核心技术揭榜攻关","2026-07","2026年工业和信息化领域创新任务揭榜挂帅","支持电子材料等关键核心技术揭榜攻关","JSR\u002F东京应化\u002F信越\u002F富士主导；南大光电ArF通过验证，EUV光刻胶基本空白",[543,546,549,552,554,556,559,562,565,568,571,574,577,580,583,586,589,592,595,597],{"name":544,"note":545},"南大光电","ArF光刻胶",{"name":547,"note":548},"彤程新材","北京科华，KrF\u002FArF光刻胶",{"name":550,"note":551},"徐州博康","光刻胶及单体",{"name":553,"note":212},"晶瑞电材",{"name":555,"note":212},"上海新阳",{"name":557,"note":558},"雅克科技","半导体前驱体",{"name":560,"note":561},"强力新材","光刻胶单体与光引发剂",{"name":563,"note":564},"飞凯材料","光刻胶与电子材料",{"name":566,"note":567},"鼎龙股份","CMP抛光垫与光刻胶",{"name":569,"note":570},"安集科技","CMP抛光液与功能性湿电子材料",{"name":572,"note":573},"江化微","湿电子化学品",{"name":575,"note":576},"中巨芯","电子湿化学品",{"name":578,"note":579},"艾森股份","电镀液与光刻胶配套材料",{"name":581,"note":582},"万润股份","OLED材料与半导体前驱体",{"name":584,"note":585},"华特气体","电子特种气体",{"name":587,"note":588},"华懋科技","持股徐州博康，布局光刻胶",{"name":590,"note":591},"西安彩晶光电科技股份有限公司","西安经开区，光刻胶及光刻引发剂材料",{"name":593,"note":594},"西安瑞联新材料股份有限公司","西安，光刻胶单体与树脂中间体",{"name":460,"note":596},"榆林，电子级多晶硅与电子级硅烷气",{"name":598,"note":599},"西安思摩威新材料有限公司","西安，半导体封装与显示用功能涂层材料",{"name":601,"risk":262,"type":474,"status":602,"experts":603,"policies":616,"progress":620,"companies":621,"policy_support":212},"航空级高温合金\u002F单晶涡轮叶片","部分突破",[604,607,610,613],{"org":87,"raw":605,"name":89,"note":212,"title":606},"周玉（哈尔滨工业大学），高温结构材料与陶瓷专家","高温结构材料与陶瓷专家",{"org":76,"raw":608,"name":78,"note":212,"title":609},"干勇（中国工程院），合金与冶金战略专家","合金与冶金战略专家",{"org":140,"raw":611,"name":142,"note":612,"title":119},"孙晋良（上海大学），院士，高温复合材料与纤维材料","高温复合材料与纤维材料",{"org":92,"raw":614,"name":337,"note":615,"title":113},"刘林（西北工业大学），教授，定向凝固与单晶涡轮叶片技术研究","定向凝固与单晶涡轮叶片技术研究",[617],{"raw":618,"date":342,"name":343,"doc_no":212,"issuer":344,"summary":619},"《关于推动未来产业创新发展的实施意见》（工业和信息化部等七部门，2024-01）：支持航空发动机高温合金等关键材料发展","支持航空发动机高温合金等关键材料发展","GE\u002F西门子能源\u002F罗罗主导；抚顺特钢、钢研高纳、西部超导高温合金批量供货，单晶叶片仍部分依赖",[622,623,624,625,627,628,629,631,633,634,636,639,641,642,644],{"name":352,"note":212},{"name":354,"note":212},{"name":349,"note":212},{"name":366,"note":626},"高温合金",{"name":363,"note":212},{"name":357,"note":212},{"name":369,"note":630},"中国航发，发动机零部件",{"name":372,"note":632},"成都航宇，单晶叶片",{"name":375,"note":376},{"name":180,"note":635},"高温合金研究",{"name":637,"note":638},"宝钛股份","航空钛合金材料",{"name":380,"note":640},"西安，航空发动机用高温合金棒丝材",{"name":383,"note":384},{"name":386,"note":643},"三原县，发动机盘轴与环形锻件",{"name":389,"note":645},"西安，航空模锻件与发动机结构件",{"name":647,"risk":262,"type":474,"status":648,"experts":649,"policies":664,"progress":671,"companies":672,"policy_support":212},"超导材料(低温超导线材\u002F高温超导带材)","国际领先",[650,655,658,663],{"org":651,"raw":652,"name":653,"note":212,"title":654},"上海超导科技股份有限公司","马韬（上海超导科技股份有限公司），推动第二代高温超导带材产业化","马韬","推动第二代高温超导带材产业化",{"org":115,"raw":656,"name":117,"note":657,"title":119},"张平祥（西北有色金属研究院），院士，超导材料与稀有金属材料","超导材料与稀有金属材料",{"org":651,"raw":659,"name":660,"note":661,"title":662},"洪智勇（上海超导科技股份有限公司），副董事长，高温超导带材与磁体产业化","洪智勇","高温超导带材与磁体产业化","副董事长",{"org":115,"raw":215,"name":216,"note":217,"title":80},[665],{"raw":666,"date":667,"name":668,"doc_no":212,"issuer":669,"summary":670},"《关于发展新质生产力的意见》（中共中央、国务院，2026-10）：支持超导材料等未来产业关键材料发展","2026-10","关于发展新质生产力的意见","中共中央、国务院","支持超导材料等未来产业关键材料发展","西部超导低温超导线材实现工程应用(核磁\u002F聚变)；高温超导带材处产业化早期，海外Faraday\u002F超导技术领先",[673,676,679,682,684,686,689,692,695,697,700,703,705,708,710],{"name":674,"note":675},"西部超导","低温超导线材",{"name":677,"note":678},"上海超导","高温超导带材",{"name":680,"note":681},"东部超导","永鼎股份，ReBCO带材",{"name":683,"note":212},"上创超导",{"name":685,"note":212},"英纳超导",{"name":687,"note":688},"联创光电","联创超导，高温超导磁体",{"name":690,"note":691},"永鼎股份","东部超导母公司",{"name":693,"note":694},"健信超导","MRI超导磁体",{"name":696,"note":678},"苏州新材料研究所",{"name":698,"note":699},"西安聚能超导磁体","西部超导子公司",{"name":701,"note":702},"中国科学院电工研究所","超导技术研究",{"name":380,"note":704},"西安，NbTi\u002FNb3Sn线材市占率超95%",{"name":706,"note":707},"西部金属材料股份有限公司","西安，超导用稀贵金属与复合材料配套",{"name":115,"note":709},"西安，超导材料研发与中试平台",{"name":711,"note":712},"西安聚能超导线材科技有限公司","西安，超导线材与磁体配套",{"name":714,"risk":262,"type":474,"status":475,"experts":715,"policies":726,"progress":736,"companies":737,"policy_support":212},"石墨烯\u002F超材料\u002F液态金属等前沿材料",[716,718,722,725],{"org":204,"raw":717,"name":206,"note":212,"title":207},"刘静（清华大学），液态金属材料与器件研究",{"org":180,"raw":719,"name":720,"note":721,"title":96},"成会明（中国科学院金属研究所），中国科学院院士，碳纳米管与石墨烯研究","成会明","碳纳米管与石墨烯研究",{"org":209,"raw":723,"name":211,"note":212,"title":724},"刘若鹏（光启技术），超材料产业化","超材料产业化",{"org":92,"raw":526,"name":527,"note":528,"title":113},[727,730],{"raw":728,"date":667,"name":668,"doc_no":212,"issuer":669,"summary":729},"《关于发展新质生产力的意见》（中共中央、国务院，2026-10）：前瞻布局前沿材料等未来产业","前瞻布局前沿材料等未来产业",{"raw":731,"date":732,"name":733,"doc_no":212,"issuer":734,"summary":735},"《工业和信息化部办公厅关于组织开展2025年未来产业创新任务揭榜挂帅工作的通知》（工业和信息化部办公厅，2025-01）：石墨烯等前沿材料纳入未来产业创新任务方向","2025-01","工业和信息化部办公厅关于组织开展2025年未来产业创新任务揭榜挂帅工作的通知","工业和信息化部办公厅","石墨烯等前沿材料纳入未来产业创新任务方向","光启技术超材料批量装装，石墨烯、液态金属(宜安科技)处产业化早期",[738,741,744,747,749,752,755,758,761,764,767,770,773,776,779,781,784],{"name":739,"note":740},"天奈科技","碳纳米管\u002F石墨烯导电剂",{"name":742,"note":743},"常州第六元素","石墨烯粉体",{"name":745,"note":746},"高烯科技","石墨烯纤维",{"name":209,"note":748},"超材料",{"name":750,"note":751},"中宣液态金属","液态金属",{"name":753,"note":754},"方大炭素","石墨及炭素制品龙头",{"name":756,"note":757},"烯旺新材料","石墨烯电热与功能材料",{"name":759,"note":760},"二维碳素","石墨烯薄膜与器件",{"name":762,"note":763},"墨睿科技","石墨烯材料与应用开发",{"name":765,"note":766},"华秦科技","隐身与特种功能材料",{"name":768,"note":769},"佳驰科技","隐身功能材料",{"name":771,"note":772},"贝特瑞","石墨烯与锂电负极材料",{"name":774,"note":775},"有研新材","稀有金属与功能材料",{"name":777,"note":778},"陕西迪泰克新材料有限公司","西咸新区秦汉新城，碲锌镉等化合物半导体晶体",{"name":598,"note":780},"西安，柔性显示与功能性前沿材料",{"name":782,"note":783},"陕西华星电子集团有限公司","咸阳，电子功能材料与元器件",{"name":785,"note":786},"西安增材制造国家研究院有限公司","西安，前沿材料增材制造工艺研发",{"notes":788,"pattern":792,"sources":793,"bar_title":794,"global_top":795,"domestic_rate":816},[789,790,791],"我国稀土永磁、玻璃纤维、超硬材料等产量全球第一；高端碳纤维(T1000级以上)、EUV光刻胶、航空级高温合金等仍依赖进口","关键战略材料对外依存度高：先进制程半导体材料、高端高温合金单晶叶片、特种气体部分品种受制于人","稀土功能材料全球主导(北方稀土、金力永磁、中科三环)，玻纤全球第一(中国巨石)","中低端量大面广材料全球第一，高端关键战略材料卡脖子，国产替代加速",[31,69],"新材料全球竞争格局 · 2025(分环节龙头)",[796,801,806,811],{"rank":797,"share":798,"company":799,"revenue":800},1,"T1000级以上主导","东丽(日本)","全球碳纤维龙头",{"rank":802,"share":803,"company":804,"revenue":805},2,"高端光刻胶主导","信越化学\u002FJSR(日本)","半导体材料\u002F光刻胶",{"rank":807,"share":808,"company":809,"revenue":810},3,"—","巴斯夫(德国)\u002F杜邦(美国)","先进高分子\u002F化工新材料",{"rank":812,"share":813,"company":814,"revenue":815},4,"钕铁硼产量全球多数","北方稀土\u002F金力永磁(中国)","稀土永磁全球第一",{"items":817,"headline":833},[818,821,824,827,830],{"label":819,"value":820},"T700\u002FT800碳纤维","规模自给",{"label":822,"value":823},"T1000级以上\u002F高模碳纤维","突破中",{"label":825,"value":826},"EUV光刻胶","基本空白",{"label":828,"value":829},"航空级高温合金","部分依赖",{"label":831,"value":832},"MLCC陶瓷粉体","国产突破(国瓷)",{"sub":834,"label":835,"value":836},"钕铁硼产量占全球多数","稀土永磁","全球领先","新材料（先进金属、高分子、复合材料）","GROWTH",[840,841,842],"3 新材料产业→先进金属材料→稀有稀土金属压延加工(3254*)","3 新材料产业→新型功能材料→稀土金属冶炼(3232)、电子专用材料(3985)","3 新材料产业→高性能纤维及制品制造→其他合成纤维制造(2829*)、玻璃纤维及制品(3061*)",[844,845,846,847,848,849,850,851],{"risk":262,"tech":261,"type":212,"status":263,"bottleneck":258,"domestic_status":279},{"risk":262,"tech":320,"type":212,"status":263,"bottleneck":258,"domestic_status":346},{"risk":262,"tech":393,"type":212,"status":394,"bottleneck":258,"domestic_status":420},{"risk":262,"tech":473,"type":474,"status":475,"bottleneck":258,"domestic_status":490},{"risk":262,"tech":512,"type":474,"status":475,"bottleneck":258,"domestic_status":541},{"risk":262,"tech":601,"type":474,"status":602,"bottleneck":258,"domestic_status":620},{"risk":262,"tech":647,"type":474,"status":648,"bottleneck":258,"domestic_status":671},{"risk":262,"tech":714,"type":474,"status":475,"bottleneck":258,"domestic_status":736},[853,856,862,868,874,879,884,887,893,899,902,905,908,914,920,926,932,936,941],{"raw":854,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":855},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：以先进标准引领原材料工业优化升级，加快新材料等重点标准供给","以先进标准引领原材料工业优化升级，加快新材料等重点标准供给",{"raw":857,"date":858,"name":859,"doc_no":212,"issuer":860,"summary":861},"《铜产业高质量发展实施方案（2025—2027年）》（工业和信息化部等11部门，2025-02）：提升铜产业链供应链韧性与高端化水平，强化资源保障","2025-02","铜产业高质量发展实施方案（2025—2027年）","工业和信息化部等11部门","提升铜产业链供应链韧性与高端化水平，强化资源保障",{"raw":863,"date":864,"name":865,"doc_no":212,"issuer":866,"summary":867},"《铝产业高质量发展实施方案（2025—2027年）》（工业和信息化部等10部门，2025-03）：推动铝产业结构优化与高端化发展","2025-03","铝产业高质量发展实施方案（2025—2027年）","工业和信息化部等10部门","推动铝产业结构优化与高端化发展",{"raw":869,"date":870,"name":871,"doc_no":212,"issuer":872,"summary":873},"《黄金产业高质量发展实施方案（2025—2027年）》（工业和信息化部等9部门，2025-06）：促进黄金产业高端化、智能化、绿色化发展","2025-06","黄金产业高质量发展实施方案（2025—2027年）","工业和信息化部等9部门","促进黄金产业高端化、智能化、绿色化发展",{"raw":875,"date":410,"name":876,"doc_no":212,"issuer":877,"summary":878},"《有色金属行业稳增长工作方案（2025—2026年）》（工业和信息化部等8部门，2025-09）：稳定有色金属行业运行，支持高端材料研发与产业化","有色金属行业稳增长工作方案（2025—2026年）","工业和信息化部等8部门","稳定有色金属行业运行，支持高端材料研发与产业化",{"raw":880,"date":410,"name":881,"doc_no":212,"issuer":882,"summary":883},"《石化化工行业稳增长工作方案（2025—2026年）》（工业和信息化部等7部门，2025-09）：推动石化化工行业平稳增长，促进化工新材料高端化发展","石化化工行业稳增长工作方案（2025—2026年）","工业和信息化部等7部门","推动石化化工行业平稳增长，促进化工新材料高端化发展",{"raw":885,"date":667,"name":668,"doc_no":212,"issuer":669,"summary":886},"《关于发展新质生产力的意见》（中共中央、国务院，2026-10）：部署加快发展新质生产力，前瞻布局未来材料等未来产业","部署加快发展新质生产力，前瞻布局未来材料等未来产业",{"raw":888,"date":889,"name":890,"doc_no":212,"issuer":891,"summary":892},"《稀土管理条例》（国务院，2024-06）：规范稀土开采、冶炼分离与流通管理，强化战略资源保障","2024-06","稀土管理条例","国务院","规范稀土开采、冶炼分离与流通管理，强化战略资源保障",{"raw":894,"date":895,"name":896,"doc_no":212,"issuer":897,"summary":898},"《稀土开采和稀土冶炼分离总量调控管理暂行办法》（工业和信息化部、国家发展改革委、自然资源部，2025-07）：对稀土开采与冶炼分离实施总量调控，促进行业规范发展","2025-07","稀土开采和稀土冶炼分离总量调控管理暂行办法","工业和信息化部、国家发展改革委、自然资源部","对稀土开采与冶炼分离实施总量调控，促进行业规范发展",{"raw":900,"date":342,"name":343,"doc_no":212,"issuer":344,"summary":901},"《关于推动未来产业创新发展的实施意见》（工业和信息化部等七部门，2024-01）：前瞻布局未来材料等未来产业，加强前沿材料研发与产业化","前瞻布局未来材料等未来产业，加强前沿材料研发与产业化",{"raw":903,"date":732,"name":733,"doc_no":212,"issuer":734,"summary":904},"《工业和信息化部办公厅关于组织开展2025年未来产业创新任务揭榜挂帅工作的通知》（工业和信息化部办公厅，2025-01）：围绕未来材料等方向组织揭榜挂帅，推动关键材料攻关","围绕未来材料等方向组织揭榜挂帅，推动关键材料攻关",{"raw":906,"date":538,"name":539,"doc_no":212,"issuer":344,"summary":907},"《2026年工业和信息化领域创新任务揭榜挂帅》（工业和信息化部等七部门，2026-07）：部署新一代创新任务揭榜挂帅，支持新材料等重点方向","部署新一代创新任务揭榜挂帅，支持新材料等重点方向",{"raw":909,"date":910,"name":911,"doc_no":212,"issuer":912,"summary":913},"《2026年首台（套）重大技术装备保险补偿政策通知》（工业和信息化部办公厅、财政部办公厅、金融监管总局办公厅，2026-06）：对首台（套）重大技术装备给予保险补偿，支持材料装备国产化","2026-06","2026年首台（套）重大技术装备保险补偿政策通知","工业和信息化部办公厅、财政部办公厅、金融监管总局办公厅","对首台（套）重大技术装备给予保险补偿，支持材料装备国产化",{"raw":915,"date":916,"name":917,"doc_no":212,"issuer":918,"summary":919},"《河南省新材料产业提质升级行动计划》（河南省人民政府办公厅，2025-12）：推动新材料产业集群化、高端化提质升级","2025-12","河南省新材料产业提质升级行动计划","河南省人民政府办公厅","推动新材料产业集群化、高端化提质升级",{"raw":921,"date":922,"name":923,"doc_no":212,"issuer":924,"summary":925},"《中华人民共和国国民经济和社会发展第十五个五年规划纲要》（全国人民代表大会，2026-03）：明确加快新材料等战略性新兴产业发展与未来材料布局","2026-03","中华人民共和国国民经济和社会发展第十五个五年规划纲要","全国人民代表大会","明确加快新材料等战略性新兴产业发展与未来材料布局",{"raw":927,"date":928,"name":929,"doc_no":212,"issuer":930,"summary":931},"《陕西省培育千亿级钛及钛合金产业创新集群行动计划》（陕西省发展和改革委员会，2024-04）：以宝鸡钛谷、西安经开区为核心承载区，主攻航空级钛材、大规格铸锻件与钛合金制品，培育千亿级钛产业集群","2024-04","陕西省培育千亿级钛及钛合金产业创新集群行动计划","陕西省发展和改革委员会","以宝鸡钛谷、西安经开区为核心承载区，主攻航空级钛材、大规格铸锻件与钛合金制品，培育千亿级钛产业集群",{"raw":933,"date":928,"name":934,"doc_no":212,"issuer":930,"summary":935},"《陕西省培育千亿级铝镁轻质材料产业创新集群行动计划》（陕西省发展和改革委员会，2024-04）：布局铜川铝加工、府谷神木镁产业基地，发展高端铝镁合金及精深加工制品，培育千亿级轻质材料产业集群","陕西省培育千亿级铝镁轻质材料产业创新集群行动计划","布局铜川铝加工、府谷神木镁产业基地，发展高端铝镁合金及精深加工制品，培育千亿级轻质材料产业集群",{"raw":937,"date":938,"name":939,"doc_no":212,"issuer":930,"summary":940},"《陕西省培育千亿级增材制造产业创新集群行动计划》（陕西省发展和改革委员会，2024-03）：依托国家增材制造创新中心与铂力特等龙头，攻关金属增材制造装备、材料与工艺，培育千亿级产业创新集群","2024-03","陕西省培育千亿级增材制造产业创新集群行动计划","依托国家增材制造创新中心与铂力特等龙头，攻关金属增材制造装备、材料与工艺，培育千亿级产业创新集群",{"raw":942,"date":938,"name":943,"doc_no":212,"issuer":944,"summary":945},"《陕西省高水平推进产业创新集群建设加快形成新质生产力实施方案》（陕西省人民政府办公厅，2024-03）：部署产业创新集群建设，强化链主企业牵引、创新平台支撑与承载区配套，加快形成新质生产力","陕西省高水平推进产业创新集群建设加快形成新质生产力实施方案","陕西省人民政府办公厅","部署产业创新集群建设，强化链主企业牵引、创新平台支撑与承载区配套，加快形成新质生产力",{"note":947,"sources":948,"value_add":949},"占比按产值口径(中科华联\u002F行业研究：先进基础材料约55%、关键战略材料约32%、前沿新材料约6%)；关键战略材料附加值最高",[70],[950,954,957,960],{"share":951,"stage":952,"margin":953},"约15%","关键矿产与原料","资源属性，价格波动大",{"share":955,"stage":46,"margin":956},"约55%","中低(量大面广)",{"share":958,"stage":51,"margin":959},"约32%","高(毛利30–50%)",{"share":961,"stage":55,"margin":962},"约6%","高但处研发\u002F示范期",[964,968,972,976,980],{"scale":808,"layout":965,"region":966,"feature":967},"常州、南通、苏州","江苏","先进化工材料、碳纤维及装备集聚",{"scale":808,"layout":969,"region":970,"feature":971},"东营、威海、淄博","山东","化工新材料、稀土功能材料、玻纤",{"scale":808,"layout":973,"region":974,"feature":975},"西安、宝鸡","陕西西安\u002F宝鸡","钛合金、高温合金、增材制造",{"scale":808,"layout":977,"region":978,"feature":979},"包头","内蒙古包头","稀土原料及功能材料",{"scale":808,"layout":981,"region":982,"feature":983},"赣州","江西赣州","稀土永磁材料","VERIFIED","2026-10-09T13:20:56.387Z","2026-10-12T14:28:53.397Z",[988,1080,1157,1218,1295,1354,1418,1495],{"id":989,"chainId":4,"layer":990,"segment":46,"name":46,"keyPoints":991,"companies":992,"sortOrder":1056,"isKey":1057,"checkState":984,"meta":1058,"createdAt":1078,"links":1079},"cnH_E22_01","上游","高端钢材\u002F有色\u002F石化 先进陶瓷 先进高分子",[993,996,999,1002,1005,1008,1011,1014,1017,1020,1023,1026,1029,1032,1035,1038,1041,1044,1047,1050,1053],{"name":994,"note":995},"宝武集团","先进钢铁",{"name":997,"note":998},"中国铝业","高端铝材",{"name":1000,"note":1001},"万华化学","高端化工材料",{"name":1003,"note":1004},"金发科技","改性塑料",{"name":1006,"note":1007},"中国巨石","玻璃纤维",{"name":1009,"note":1010},"中信特钢","特殊钢龙头，高端轴承钢\u002F齿轮钢",{"name":1012,"note":1013},"太钢集团","不锈钢与硅钢，中国宝武旗下",{"name":1015,"note":1016},"鞍钢集团","高端汽车板与海工钢",{"name":1018,"note":1019},"首钢集团","汽车板与电工钢",{"name":1021,"note":1022},"华峰化学","聚氨酯与氨纶材料",{"name":1024,"note":1025},"恒力石化","聚酯与化工新材料",{"name":1027,"note":1028},"荣盛石化","炼化一体化与化工新材料",{"name":1030,"note":1031},"卫星化学","C2\u002FC3产业链与新材料",{"name":1033,"note":1034},"东材科技","电工绝缘与光学膜材料",{"name":1036,"note":1037},"中材科技","风电叶片与复合材料",{"name":1039,"note":1040},"时代新材","高分子复合材料与减振制品",{"name":1042,"note":1043},"泰和新材","氨纶与芳纶纤维",{"name":1045,"note":1046},"宝钛集团有限公司","宝鸡，钛材年产能7.5万吨居全国第一",{"name":1048,"note":1049},"金堆城钼业股份有限公司","渭南华州区，钼采选冶炼深加工全产业链",{"name":1051,"note":1052},"陕西有色榆林新材料集团有限责任公司","榆林，电解铝60万吨，煤电铝一体化",{"name":1054,"note":1055},"陕西煤业化工集团有限责任公司","西安，煤基新材料与高端化工材料",0,false,{"source":73,"experts":1059,"policies":1068,"chainCode":27,"aggregationZones":1075},[1060,1063,1064,1066],{"org":76,"raw":1061,"name":78,"note":212,"title":1062},"干勇（中国工程院），冶金与新材料战略专家","冶金与新材料战略专家",{"org":98,"raw":326,"name":100,"note":212,"title":327},{"org":98,"raw":1065,"name":132,"note":133,"title":119},"毛新平（北京科技大学），院士，硅钢与薄板连铸连轧技术",{"org":126,"raw":1067,"name":128,"note":129,"title":119},"聂祚仁（北京工业大学），院士，有色金属冶金与循环再生",[1069,1072],{"raw":1070,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":1071},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：以标准提升推动基础材料优化升级","以标准提升推动基础材料优化升级",{"raw":1073,"date":410,"name":881,"doc_no":212,"issuer":882,"summary":1074},"《石化化工行业稳增长工作方案（2025—2026年）》（工业和信息化部等7部门，2025-09）：支持化工新材料高端化与基础材料稳定供给","支持化工新材料高端化与基础材料稳定供给",[1076],{"city":236,"name":237,"note":1077,"level":212},"（宝鸡 · 国家级）：国家级先进结构材料产业集群核心区，国内最大钛及钛合金研产基地","2026-10-12T14:28:53.437Z",[],{"id":1081,"chainId":4,"layer":1082,"segment":51,"name":51,"keyPoints":1083,"companies":1084,"sortOrder":797,"isKey":258,"checkState":984,"meta":1137,"createdAt":1155,"links":1156},"cnH_E22_02","中游","高端合金 稀土永磁 高性能纤维 半导体材料",[1085,1087,1088,1089,1091,1093,1096,1099,1102,1103,1106,1109,1112,1115,1118,1121,1124,1126,1128,1130,1133,1135],{"name":282,"note":1086},"碳纤维",{"name":285,"note":1086},{"name":354,"note":626},{"name":674,"note":1090},"超导材料与钛合金",{"name":429,"note":1092},"半导体硅片",{"name":1094,"note":1095},"国瓷材料","MLCC陶瓷粉体与电子陶瓷",{"name":1097,"note":1098},"恒坤新材","光刻材料、前驱体与电子特气",{"name":1100,"note":1101},"安泰科技","难熔金属与功能材料",{"name":352,"note":367},{"name":1104,"note":1105},"天岳先进","碳化硅衬底材料",{"name":1107,"note":1108},"三环集团","电子陶瓷与MLCC",{"name":1110,"note":1111},"联瑞新材","电子级硅微粉",{"name":1113,"note":1114},"蓝晓科技","吸附分离材料",{"name":1116,"note":1117},"天赐材料","锂电电解液材料",{"name":1119,"note":1120},"当升科技","锂电正极材料",{"name":1122,"note":1123},"生益科技","覆铜板与电子材料",{"name":1042,"note":1125},"芳纶与高性能纤维",{"name":380,"note":1127},"西安经开区，低温超导线材国内市占率超95%",{"name":706,"note":1129},"西安，钛\u002F锆材与层状金属复合材料",{"name":1131,"note":1132},"西安鑫垚陶瓷复合材料股份有限公司（西安，陶瓷基复合材料","SiCf\u002FSiC",{"name":313,"note":1134},"西安阎良，航天四院旗下，碳纤维预浸料与复材",{"name":316,"note":1136},"西安，高性能纤维及纺织新材料",{"source":73,"experts":1138,"policies":1147,"chainCode":27,"aggregationZones":1154},[1139,1141,1142,1145],{"org":82,"raw":1140,"name":84,"note":212,"title":85},"李仲平（中国航天科技集团），航天复合材料专家",{"org":103,"raw":266,"name":105,"note":212,"title":267},{"org":115,"raw":1143,"name":117,"note":1144,"title":119},"张平祥（西北有色金属研究院），院士，稀有金属与超导材料","稀有金属与超导材料",{"org":121,"raw":1146,"name":123,"note":124,"title":119},"李卫（中国钢研科技集团有限公司），院士，稀土永磁材料专家",[1148,1151],{"raw":1149,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":1150},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：加强关键战略材料标准供给","加强关键战略材料标准供给",{"raw":1152,"date":342,"name":343,"doc_no":212,"issuer":344,"summary":1153},"《关于推动未来产业创新发展的实施意见》（工业和信息化部等七部门，2024-01）：推动关键战略材料与前沿材料协同布局","推动关键战略材料与前沿材料协同布局",[],"2026-10-12T14:28:53.446Z",[],{"id":1158,"chainId":4,"layer":1082,"segment":55,"name":55,"keyPoints":1159,"companies":1160,"sortOrder":802,"isKey":258,"checkState":984,"meta":1197,"createdAt":1216,"links":1217},"cnH_E22_03","石墨烯 超导材料 超材料 纳米材料 3D打印材料",[1161,1162,1164,1166,1167,1168,1169,1172,1173,1174,1175,1178,1181,1183,1184,1185,1188,1190,1192,1194],{"name":209,"note":748},{"name":739,"note":1163},"碳纳米管导电剂",{"name":742,"note":1165},"石墨烯",{"name":745,"note":746},{"name":750,"note":751},{"name":753,"note":754},{"name":1170,"note":1171},"宏柏新材","硅烷偶联剂及气凝胶新材料",{"name":765,"note":766},{"name":768,"note":769},{"name":774,"note":775},{"name":1176,"note":1177},"博迁新材","纳米金属粉体材料",{"name":1179,"note":1180},"凯盛科技","UTG超薄柔性玻璃与新材料",{"name":687,"note":1182},"高温超导应用",{"name":756,"note":757},{"name":759,"note":760},{"name":1186,"note":1187},"陕西迪泰克新材料有限公司（西咸新区秦汉新城，碲锌镉","CZT",{"name":590,"note":1189},"西安经开区，液晶与半导体光刻胶关键材料",{"name":593,"note":1191},"西安，光刻胶单体与显示材料中间体",{"name":598,"note":1193},"西安，OLED封装与柔性显示功能材料",{"name":1195,"note":1196},"西安鑫垚陶瓷复合材料股份有限公司","西安，超高温陶瓷基复合材料",{"source":73,"experts":1198,"policies":1206,"chainCode":27,"aggregationZones":1213},[1199,1202,1205],{"org":204,"raw":1200,"name":206,"note":1201,"title":113},"刘静（清华大学），教授，液态金属材料研究","液态金属材料研究",{"org":209,"raw":1203,"name":211,"note":212,"title":1204},"刘若鹏（光启技术），超材料设计制备与产业化","超材料设计制备与产业化",{"org":92,"raw":526,"name":527,"note":528,"title":113},[1207,1210],{"raw":1208,"date":667,"name":668,"doc_no":212,"issuer":669,"summary":1209},"《关于发展新质生产力的意见》（中共中央、国务院，2026-10）：前瞻布局前沿新材料等未来产业","前瞻布局前沿新材料等未来产业",{"raw":1211,"date":732,"name":733,"doc_no":212,"issuer":734,"summary":1212},"《工业和信息化部办公厅关于组织开展2025年未来产业创新任务揭榜挂帅工作的通知》（工业和信息化部办公厅，2025-01）：面向未来材料等方向组织创新任务攻关","面向未来材料等方向组织创新任务攻关",[1214],{"city":239,"name":240,"note":1215,"level":212},"（西安 · 国家级）：前沿新材料、光子与半导体材料企业孵化集聚区","2026-10-12T14:28:53.455Z",[],{"id":1219,"chainId":4,"layer":1220,"segment":1221,"name":1221,"keyPoints":1222,"companies":1223,"sortOrder":807,"isKey":258,"checkState":984,"meta":1278,"createdAt":1293,"links":1294},"cnH_E22_04","支撑","新材料装备与检测","材料制备装备 检测表征仪器",[1224,1227,1230,1233,1236,1239,1242,1245,1248,1251,1254,1257,1260,1263,1266,1269,1272,1275],{"name":1225,"note":1226},"晶盛机电","晶体生长设备",{"name":1228,"note":1229},"天通股份","晶体材料与设备",{"name":1231,"note":1232},"精测电子","检测设备",{"name":1234,"note":1235},"钢研纳克","材料检测",{"name":1237,"note":1238},"国仪量子","科学仪器",{"name":1240,"note":1241},"连城数控","晶体生长与硅材料加工装备",{"name":1243,"note":1244},"大族激光","激光加工装备",{"name":1246,"note":1247},"苏试试验","环境与可靠性试验检测",{"name":1249,"note":1250},"华测检测","第三方材料检测认证",{"name":1252,"note":1253},"广电计量","计量检测与可靠性服务",{"name":1255,"note":1256},"赛默飞世尔","Thermo Fisher，材料分析仪器",{"name":1258,"note":1259},"蔡司","ZEISS，材料显微与分析仪器",{"name":1261,"note":1262},"中科科仪","真空获得与电子显微设备",{"name":1264,"note":1265},"聚光科技","分析检测仪器",{"name":1267,"note":1268},"西安泰金新能科技股份有限公司","西安，电解铜箔成套装备与电极材料",{"name":1270,"note":1271},"西安赛隆增材技术股份有限公司","西安，电子束增材装备与球形金属粉末",{"name":1273,"note":1274},"西安天力金属复合材料股份有限公司","西安，西部材料控股，层状金属复合板",{"name":1276,"note":1277},"西安爱德华测量设备股份有限公司","西安，三坐标测量机等精密检测设备",{"source":73,"experts":1279,"policies":1283,"chainCode":27,"aggregationZones":1290},[1280],{"org":98,"raw":1281,"name":100,"note":1282,"title":119},"谢建新（北京科技大学），院士，先进金属材料与加工工程","先进金属材料与加工工程",[1284,1287],{"raw":1285,"date":275,"name":276,"doc_no":212,"issuer":277,"summary":1286},"《标准提升引领原材料工业优化升级行动方案（2025—2027年）》（工业和信息化部、生态环境部、应急管理部、国家标准化管理委员会，2024-12）：完善新材料标准与检测认证体系","完善新材料标准与检测认证体系",{"raw":1288,"date":910,"name":911,"doc_no":212,"issuer":912,"summary":1289},"《2026年首台（套）重大技术装备保险补偿政策通知》（工业和信息化部办公厅、财政部办公厅、金融监管总局办公厅，2026-06）：支持新材料装备等首台（套）装备推广应用","支持新材料装备等首台（套）装备推广应用",[1291],{"city":242,"name":243,"note":1292,"level":212},"（西安 · 国家级）：新材料与半导体装备制造集聚区，西部超导、泰金新能等驻地","2026-10-12T14:28:53.462Z",[],{"id":1296,"chainId":4,"layer":1220,"segment":1297,"name":1297,"keyPoints":1298,"companies":1299,"sortOrder":812,"isKey":1057,"checkState":984,"meta":1337,"createdAt":1352,"links":1353},"cnH_E22_05","材料设计与仿真","材料基因组 计算材料学 AI材料设计",[1300,1303,1306,1309,1312,1315,1318,1321,1324,1327,1330,1332,1335],{"name":1301,"note":1302},"深势科技","AI材料计算",{"name":1304,"note":1305},"鸿之微科技","材料计算软件",{"name":1307,"note":1308},"创腾科技","材料信息学平台",{"name":1310,"note":1311},"机数量子","材料大数据平台",{"name":1313,"note":1314},"达索系统","BIOVIA材料模拟软件",{"name":1316,"note":1317},"源资科技","材料计算软件服务与信息学",{"name":1319,"note":1320},"华为云","AI4S材料计算与仿真平台",{"name":1322,"note":1323},"中国钢研","钢铁材料数据库与数字化研发",{"name":1325,"note":1326},"中科曙光","高性能计算与材料仿真算力平台",{"name":1328,"note":1329},"达摩院","AI for Science材料计算研究",{"name":115,"note":1331},"西安，稀有金属材料研发与性能数据库平台",{"name":1333,"note":1334},"西安热工研究院有限公司","西安，材料服役性能评价与寿命预测",{"name":380,"note":1336},"西安，钛合金与高温合金材料设计与工程化",{"source":73,"experts":1338,"policies":1345,"chainCode":27,"aggregationZones":1351},[1339,1342,1343,1344],{"org":189,"raw":1340,"name":191,"note":1341,"title":96},"鄂维南（北京大学），中国科学院院士，AI for Science与多尺度计算专家","AI for Science与多尺度计算专家",{"org":140,"raw":194,"name":195,"note":196,"title":96},{"org":92,"raw":332,"name":333,"note":334,"title":113},{"org":115,"raw":219,"name":220,"note":221,"title":222},[1346],{"raw":1347,"date":1348,"name":1349,"doc_no":212,"issuer":891,"summary":1350},"《关于深入实施“人工智能+”行动的意见》（国务院，2025-08）：推动人工智能与科学研究融合，加速材料研发设计","2025-08","关于深入实施“人工智能+”行动的意见","推动人工智能与科学研究融合，加速材料研发设计",[],"2026-10-12T14:28:53.467Z",[],{"id":1355,"chainId":4,"layer":1356,"segment":1357,"name":1357,"keyPoints":1358,"companies":1359,"sortOrder":1401,"isKey":1057,"checkState":984,"meta":1402,"createdAt":1416,"links":1417},"cnH_E22_06","下游","应用","航空航天 新能源 电子信息 生物医用",[1360,1363,1366,1369,1372,1375,1377,1380,1383,1385,1388,1390,1393,1395,1398],{"name":1361,"note":1362},"中国商飞","航空材料应用",{"name":1364,"note":1365},"宁德时代","新能源材料应用",{"name":1367,"note":1368},"比亚迪","新能源汽车材料",{"name":1370,"note":1371},"中国中车","轨道交通材料",{"name":1373,"note":1374},"华为","电子材料应用",{"name":350,"note":1376},"航空发动机材料应用",{"name":1378,"note":1379},"隆基绿能","光伏材料应用",{"name":1381,"note":1382},"金风科技","风电材料应用",{"name":1384,"note":1362},"中航西飞",{"name":1386,"note":1387},"三一重工","工程机械用材料",{"name":469,"note":1389},"西安，单晶硅片与组件全球领先",{"name":1391,"note":1392},"比亚迪股份有限公司","西安基地，新能源汽车整车与动力电池",{"name":463,"note":1394},"西安，12英寸大硅片，科创板上市",{"name":1396,"note":1397},"中航西安飞机工业集团股份有限公司","西安阎良，大型飞机结构与航空材料应用",{"name":1399,"note":1400},"陕西黄河集团有限公司","西安，雷达与电子装备，军用电子材料应用",5,{"source":73,"experts":1403,"policies":1409,"chainCode":27,"aggregationZones":1413},[1404,1407],{"org":82,"raw":1405,"name":84,"note":1406,"title":119},"李仲平（中国航天科技集团），院士，航天复合材料应用专家","航天复合材料应用专家",{"org":87,"raw":1408,"name":89,"note":90,"title":119},"周玉（哈尔滨工业大学），院士，特种陶瓷与复合材料专家",[1410],{"raw":1411,"date":922,"name":923,"doc_no":212,"issuer":924,"summary":1412},"《中华人民共和国国民经济和社会发展第十五个五年规划纲要》（全国人民代表大会，2026-03）：推动新材料与下游高端制造协同发展","推动新材料与下游高端制造协同发展",[1414],{"city":245,"name":246,"note":1415,"level":247},"新材料下游应用与半导体、新能源终端产业核心承载区","2026-10-12T14:28:53.472Z",[],{"id":1419,"chainId":4,"layer":990,"segment":952,"name":952,"keyPoints":1420,"companies":1421,"sortOrder":36,"isKey":1057,"checkState":984,"meta":1469,"createdAt":1493,"links":1494},"cnH_E22_07","铜、铝、锂、稀土等关键矿产采选冶炼，以及化工单体\u002F前驱体等基础原料，决定材料产业链资源安全",[1422,1424,1426,1428,1430,1432,1434,1437,1440,1443,1446,1449,1452,1455,1458,1461,1464,1466],{"name":1423,"note":212},"天齐锂业",{"name":1425,"note":212},"北方稀土",{"name":1427,"note":212},"中国稀土集团",{"name":1429,"note":212},"紫金矿业",{"name":1431,"note":212},"洛阳钼业",{"name":1433,"note":212},"山东黄金",{"name":1435,"note":1436},"赣锋锂业","锂资源与锂盐加工",{"name":1438,"note":1439},"华友钴业","钴镍资源与新能源材料",{"name":1441,"note":1442},"盐湖股份","盐湖锂与钾肥资源",{"name":1444,"note":1445},"中矿资源","锂铯铷稀有金属资源",{"name":1447,"note":1448},"盛和资源","稀土冶炼分离与海外资源",{"name":1450,"note":1451},"厦门钨业","钨钼与稀土资源",{"name":1453,"note":1454},"中国五矿","有色金属矿业央企",{"name":1456,"note":1457},"中金岭南","铅锌资源与冶炼",{"name":1459,"note":1460},"金堆城钼业集团有限公司","渭南华州区，钼矿开采与钼原料供应",{"name":1462,"note":1463},"陕西有色金属控股集团有限责任公司","西安，钛、钼、铝、镁等有色原料平台",{"name":1054,"note":1465},"榆林\u002F西安，煤基化工与新材料原料",{"name":1467,"note":1468},"陕西未来能源化工有限公司","榆林，煤间接液化与高端化工原料",{"source":73,"experts":1470,"policies":1477,"chainCode":27,"aggregationZones":1490},[1471,1474],{"org":121,"raw":1472,"name":123,"note":1473,"title":119},"李卫（中国钢研科技集团有限公司），院士，稀土功能材料专家","稀土功能材料专家",{"org":126,"raw":1475,"name":128,"note":1476,"title":119},"聂祚仁（北京工业大学），院士，有色金属冶金专家","有色金属冶金专家",[1478,1481,1484,1487],{"raw":1479,"date":410,"name":876,"doc_no":212,"issuer":877,"summary":1480},"《有色金属行业稳增长工作方案（2025—2026年）》（工业和信息化部等8部门，2025-09）：稳定资源供给与行业运行","稳定资源供给与行业运行",{"raw":1482,"date":870,"name":871,"doc_no":212,"issuer":872,"summary":1483},"《黄金产业高质量发展实施方案（2025—2027年）》（工业和信息化部等9部门，2025-06）：促进黄金资源高效开发与产业升级","促进黄金资源高效开发与产业升级",{"raw":1485,"date":889,"name":890,"doc_no":212,"issuer":891,"summary":1486},"《稀土管理条例》（国务院，2024-06）：规范稀土资源开发与流通，强化战略资源保障","规范稀土资源开发与流通，强化战略资源保障",{"raw":1488,"date":895,"name":896,"doc_no":212,"issuer":897,"summary":1489},"《稀土开采和稀土冶炼分离总量调控管理暂行办法》（工业和信息化部、国家发展改革委、自然资源部，2025-07）：实施总量调控，促进稀土行业规范有序发展","实施总量调控，促进稀土行业规范有序发展",[1491],{"city":249,"name":250,"note":1492,"level":212},"（榆林 · 国家级）：国家级能源化工基地，煤基新材料与精细化工原料主要来源","2026-10-12T14:28:53.478Z",[],{"id":1496,"chainId":4,"layer":1356,"segment":1497,"name":1497,"keyPoints":1498,"companies":1499,"sortOrder":1532,"isKey":1057,"checkState":984,"meta":1533,"createdAt":1549,"links":1550},"cnH_E22_08","复合材料制品与应用","材料经复材成型后流向电子、航空、新能源、汽车、装备等终端；终端整机多分属其他产业链，本分片不重复列示",[1500,1503,1505,1506,1507,1508,1510,1512,1515,1518,1521,1523,1525,1527,1530],{"name":1501,"note":1502},"中航高科","航空复合材料",{"name":287,"note":1504},"航空航天碳纤维",{"name":285,"note":212},{"name":292,"note":212},{"name":282,"note":212},{"name":1036,"note":1509},"风电叶片与复合材料制品",{"name":1039,"note":1511},"高分子复合材料制品",{"name":1513,"note":1514},"楚江新材","天鸟高新，碳纤维预制件",{"name":1516,"note":1517},"双一科技","复合材料模具与制品",{"name":1519,"note":1520},"北摩高科","碳\u002F碳复合材料刹车盘",{"name":313,"note":1522},"西安阎良，碳纤维预浸料与航空航天复材制品",{"name":310,"note":1524},"榆林榆神工业区，2万吨\u002F年高性能碳纤维项目",{"name":1195,"note":1526},"西安，陶瓷基复合材料热端构件",{"name":1528,"note":1529},"西安超码科技有限公司","西安，碳\u002F陶复合材料刹车盘",{"name":316,"note":1531},"西安，高性能纤维增强复合材料制品",7,{"source":73,"experts":1534,"policies":1542,"chainCode":27,"aggregationZones":1546},[1535,1536,1538,1540],{"org":82,"raw":1140,"name":84,"note":212,"title":85},{"org":87,"raw":1537,"name":89,"note":212,"title":90},"周玉（哈尔滨工业大学），特种陶瓷与复合材料专家",{"org":145,"raw":1539,"name":147,"note":148,"title":119},"张联盟（武汉理工大学），院士，先进复合材料与无机非金属材料",{"org":140,"raw":1541,"name":142,"note":143,"title":119},"孙晋良（上海大学），院士，碳\u002F碳复合材料与纤维材料",[1543],{"raw":1544,"date":342,"name":343,"doc_no":212,"issuer":344,"summary":1545},"《关于推动未来产业创新发展的实施意见》（工业和信息化部等七部门，2024-01）：支持先进复合材料等新材料研发与产业化","支持先进复合材料等新材料研发与产业化",[1547],{"city":245,"name":252,"note":1548,"level":247},"航空复合材料制品与结构件研制生产核心区","2026-10-12T14:28:53.483Z",[],{"chainId":4,"chainName":5,"matchedTagNames":1552,"experts":1553,"achievements":1555,"topUniversities":1557,"note":1558},[],{"count":1056,"items":1554},[],{"count":1056,"items":1556},[],[],"无标签映射",{"hasMapping":1057,"chainId":4,"segments":1560},[],[1562,1564,1566,1568,1570,1572,1574,1576,1578,1580,1582,1584,1586,1588,1590,1592,1594,1596,1598,1600,1602,1604,1606,1608,1610,1612,1614,1616,1618,1620],{"name":78,"id":1563},"cmv7rhq30014yhikyjju7kolc",{"name":84,"id":1565},"cmv7rhqrj01skhikytqllcz2f",{"name":89,"id":1567},"68518eb2-8d97-4074-9c14-17f92724e409",{"name":94,"id":1569},"cmv7rhqrp01sphikyzl1wl63f",{"name":100,"id":1571},"cmv7rhqru01suhikyjq8j3jap",{"name":105,"id":1573},"6fad8f51-5310-4673-b52b-128f27079d05",{"name":111,"id":1575},"cmv7rhqs101szhikykn005qqp",{"name":117,"id":1577},"cmv7rhp07005ehikyxuxvmhxf",{"name":123,"id":1579},"cmv7rn1fv0018ddmmca7obva0",{"name":128,"id":1581},"cmv7rhqs601t4hiky9vqvhszv",{"name":132,"id":1583},"cmv7rhq3a0158hikyuq171aky",{"name":137,"id":1585},"cmv7rhqeo01g7hikyn4a2pvv7",{"name":142,"id":1587},"cmv7rhqfg01gwhiky6377j8q1",{"name":147,"id":1589},"cmv7rhp0u005yhiky2i550p2m",{"name":152,"id":1591},"cmv7rhp100063hikya0xxh9pz",{"name":157,"id":1593},"cmv7rhqe601fshiky4udwsirr",{"name":163,"id":1595},"058c0188-a8ec-4e8b-b68f-da85932f715e",{"name":168,"id":1597},"cmv7rhqsb01t9hiky01qpqdgk",{"name":173,"id":1599},"cmv7rhqsh01tehikys5ucdvve",{"name":177,"id":1601},"cmv7rhqsn01tjhikyxwphplxe",{"name":182,"id":1603},"cmv7rhovw001nhiky98bfbbgl",{"name":186,"id":1605},"cmv7rhq460162hikyv3208mcw",{"name":191,"id":1607},"db85c5c7-6e3a-4ab9-a85f-4ed5c5273d86",{"name":195,"id":1609},"cmv7rhqsr01tohikyofu4i1j3",{"name":200,"id":1611},"cmv7rhq9s01bmhiky4f8bqfvk",{"name":206,"id":1613},"89fdf8ba-4790-4475-a808-7cf7ae5262b9",{"name":211,"id":1615},"cmv7rhoys0045hikyjb1wgjbv",{"name":216,"id":1617},"cmv7rhqsw01tthiky4pw5iey9",{"name":220,"id":1619},"cmv7rhq3q015nhiky2d5klh1n",{"name":226,"id":1621},"2c8c84ca-f71f-4cb7-baed-512ebe4f593c",{"list":1623,"total":1663,"page":797,"pageSize":37,"totalPages":812},[1624,1629,1636,1641,1647,1654],{"id":1625,"name":1626,"category":6,"groupCategory":7,"intro":1627,"scale":212,"maturity":10,"checkState":984,"nodeCount":37,"companyCount":1628},"ch60_E11","LED与第三代半导体产业链","碳化硅、氮化镓、LED照明、功率器件",92,{"id":1630,"name":1631,"category":6,"groupCategory":7,"intro":1632,"scale":1633,"maturity":10,"checkState":984,"nodeCount":1634,"companyCount":1635},"e0c81c4e-878c-4944-9633-2c202497ef16","云计算与大数据产业链","云服务、数据中心、数据处理、数据交易","中国云计算市场规模约8288亿元（信通院，2024年，同比+34.4%），其中公有云6216亿元；智能算力规模超1590 EFLOPS（工信部，2026-01）",12,163,{"id":1637,"name":1638,"category":6,"groupCategory":7,"intro":1639,"scale":1640,"maturity":10,"checkState":984,"nodeCount":37,"companyCount":1628},"00ee3af3-fe37-4d60-81ef-2833c238866c","人工智能产业链","AI芯片、大模型、算法框架、AI应用","中国人工智能核心产业规模超1.2万亿元(工信部，2025)",{"id":1642,"name":1643,"category":6,"groupCategory":7,"intro":1644,"scale":212,"maturity":1645,"checkState":984,"nodeCount":1532,"companyCount":1646},"ch60_S02","人才与教育供给链","高等教育、职业教育、人才引进、技能培训","成熟期",28,{"id":1648,"name":1649,"category":6,"groupCategory":7,"intro":1650,"scale":1651,"maturity":1652,"checkState":984,"nodeCount":37,"companyCount":1653},"d5c035fb-13ce-442e-b94e-6ac79b0b5b85","区块链与Web3产业链","区块链底层、联盟链、数字资产、分布式应用","中国区块链市场规模IDC口径2025年超32亿美元；国内区块链信息服务备案编号累计发放20批次4223个（国家网信办《国家信息化发展报告2025》）","孕育期",44,{"id":1655,"name":1656,"category":6,"groupCategory":1657,"intro":1658,"scale":1659,"maturity":1660,"checkState":984,"nodeCount":1661,"companyCount":1662},"90644f83-8a70-4b3a-ad53-8a2b0e397d5a","卫星互联网","FUTURE","卫星互联网指以低轨星座为基础，提供宽带通信、导航增强、物联网接入等天地一体化信息服务的产业。本链聚焦卫星组网运营、地面设备与终端及行业应用；火箭与卫星制造发射的运载环节归入'商业航天'链。核心工程包括GW星座(中国星网约1.3万颗)与千帆\u002FG60星座(垣信约1.5万颗)。到2030年产业链规模有望突破1.2万亿元(券商口径)。","中国低轨卫星互联网到2030年带动产业链规模有望突破1.2万亿元(券商\u002F机构口径，2026)；2024年起两大星座进入高密度组网","TRL6-8(组网\u002F试运行)；消费终端TRL5-7",15,40,30]