当代经济管理2026，Vol.48Issue(6)：87-96,10.DOI:10.13253/j.cnki.ddjjgl.2026.06.009
从技术验证到产业构建:场景推动科技创新和产业创新深度融合的实践路径
From Technological Verification to Industry Construction:Scenario-driven Practical Pathways for the Deep Integration of Scientific Innovation and Industrial Innovation
摘要
Abstract
The 15th Five-Year Plan puts forward the major task of"promoting the deep integration of scientific innovation and industrial innovation".The relevant policy documents of the State Council also point out that"scenarios are important carriers for promoting the deep integration of scientific in-novation and industrial innovation".To explore the practical pathways through which scenarios facilitate this deep integration,this study,based on Strategic Niche Management(SNM)theory,proposes a three-stage integration pathway for scientific innovation and industrial innovation:"new tech-nology validation—new product commercialization validation—new industry industrialization validation".By employing scenarios as carriers for the inte-gration of innovation and entrepreneurship,and through the progressive evolution of"experimental and engineering scenarios—market and commercial-ization scenarios—industrial chain construction scenarios",a systematic integration process from technological function validation to commercial value realization and then to the construction of emerging industries is achieved.The study also analyzes the intrinsic driving factors for scenarios to cross the two"valleys of death".This research not only enriches the theoretical framework for the integration of scientific innovation and industrial innovation but also provides recommendations for the government's precise policy system and enterprises'scenario-based innovation strategies.关键词
科技创新/产业创新/深度融合/场景/战略生态位Key words
scientific innovation/industrial innovation/deep integration/scenarios/strategic niche分类
管理科学引用本文复制引用
黄蝶君,李桦,彭思喜..从技术验证到产业构建:场景推动科技创新和产业创新深度融合的实践路径[J].当代经济管理,2026,48(6):87-96,10.基金项目
国家社会科学基金一般项目"基于要素协同的农业产学研深度融合机制与路径研究"(24BGL170) （24BGL170）
广东省哲学社会科学规划项目"面向农业4.0的广东智能化农机补贴体系设计及扶持政策创新研究"(GD23CYJ05) （GD23CYJ05）
广东省普通高校重点领域专项项目"人工智能应用场景驱动广东农业智慧化转型的机制与政策研究"(2025ZDZX4010). （2025ZDZX4010）
