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Bulletin of Chinese Academy of Sciences (Chinese Version)

Keywords

technological innovation; industrial innovation; deep integration; policy practice

Document Type

Deep Integration Development of Technological and Industrial Innovation

Abstract

Technological innovation serves as the strategic foundation for driving high-quality development and building a modern industrial system. To compete for global leadership in science, technology, and industrial advancement, major economies worldwide are reshaping their policy frameworks to accelerate the development of cutting-edge technologies and future industries. This study analyzes the intrinsic mechanisms and policy evolution of the integration between technological innovation and industrial innovation. By examining domestic and international case studies—such as integrated circuits, mRNA vaccines, new energy vehicles, and photovoltaics—it reveals how strategic guidance and policy coordination facilitate the convergence of innovation chains and industrial chains. Furthermore, the study explores ways to refine China’s full-chain policy system, proposing insights and recommendations for leveraging technological innovation to lead industrial innovation. The findings aim to provide inspiration and reference for China’s scientific and industrial development.

First page

781

Last Page

794

Language

Chinese

Publisher

Bulletin of Chinese Academy of Sciences

References

1 李晓红. 科技创新是发展新质生产力的核心要素. 求是, 2024, (11): 27-31. Li X H. Scientific and technological innovation is the core element for developing new quality productive forces. Qiu Shi, 2024, (11): 27-31. (in Chinese)

2 黄群慧. 产业政策的多维观察（系列专题讨论之一）. 学习与探索, 2017, (1): 88. Hang Q H. Multidimensional observations on industrial policy (series topic discussion I). Study & Exploration, 2017, (1): 88. (in Chinese)

3 朱姝. 我国发展未来产业要抓好四个重点. 科技中国, 2023, (6): 1-4. Zhu S. Four key priorities for developing future industries in China. Scitech in China, 2023, (6): 1-4. (in Chinese)

4 韩喜平. 中国共产党百年领导经济发展成就与经验启示. 人民论坛·学术前沿, 2021, (11): 47-55. Han X P. The achievements and experience of the centennial leadership of the CPC in economic development. Frontiers, 2021, (11): 47-55. (in Chinese)

5 陈劲, 阳镇. 新发展格局下的产业技术政策：理论逻辑、突出问题与优化. 经济学家, 2021, (2): 33-42. Chen J, Yang Z. Industrial technology policy under the new development pattern: theoretical logic, outstanding problems and optimization. Economist, 2021, (2): 33-42. (in Chinese)

6 华平. 科技创新与产业创新. 人民日报, 2024-10-14 (04). Hua P. Scientific and technological innovation and industrial innovation. People’s Daily, 2024-10-14 (04). (in Chinese)

7 江小涓, 宫建霞, 李秋甫. 数据、数据关系与数字时代的创新范式. 中国社会科学, 2024, (9): 185-203. Jiang X J, Gong J X, Li Q F. Data, data relationships, and the innovation paradigms in the digital age. Social Sciences in China, 2024, (9): 185-203. (in Chinese)

8 吕佳龄, 王晓明. 贯通研发链部署政策链 实现科技创新与产业发展深度融合. 科技日报, 2019-10-25(05). Lv J L, Wang X M. Linking R&D chains with policy chains to achieve deep integration of sci-tech innovation and industrial development. Science and Technology Daily, 2019-10-25(05). (in Chinese)

9 Ren L L. Deep integration of innovation chain and industrial chain. The Frontiers of Society, Science and Technology, 2023, 5(17), 30-35.

10 孙杰贤. 发展新质生产力关键在科技创新. 中国信息化, 2024, (9): 20-21. Sun J X. The key to developing new quality productive forces lies in scientific and technological innovation. China Informatization, 2024, (9): 20-21. (in Chinese)

11 刘志迎, 周勇, 蒋子浩. 推动“四链”深度融合，加快形成新质生产力. 经济参考报, 2023-11-23(08). Liu Z Y, Zhou Y, Jiang Z H. Promoting deep integration of “four chains” to accelerate the formation of new quality productive forces. Economic Information Daily, 2023-11-23(08). (in Chinese)

12 巫强, 胡蕾. 以实体经济为基础推动产业链创新链融合发展. 经济参考报, 2024-07-18(08). Wu Q, Hu L. Driving the integrated development of industrial and innovation chains based on the real economy. Economic Information Daily, 2024-07-18(08). (in Chinese)

13 黄群慧, 贺俊. 赶超后期的产业发展模式与产业政策范式. 经济学动态, 2023, (8): 3-18. Huang Q H, He J. The industrial development model and industrial policy paradigms in the later period of catching-up. Economic Perspectives, 2023, (8): 3-18. (in Chinese)

14 陈志. 论产业政策向创新政策的演进. 科技中国, 2018, (8): 45-47. Chen Z. On the evolution from industrial policy to innovation policy. Scitech in China, 2018, (8): 45-47. (in Chinese)

15 Soete L. From industrial to innovation policy. Journal of Industry, Competition and Trade, 2007, 7(3): 273-284.

16 陈志远, 张杰, 孙昊, 等. 创新链和产业链融合下的产业政策. 经济研究, 2024, 59 (09): 154-172. Chen Z Y, Zhang J, Sun H, et al. Industrial policy under the integration of innovation chains and industrial chains. Economic Research Journal, 2024, 59 (9): 154-172. (in Chinese)

17 赵彬彬, 梅亮, 陈凯华, 等. 创新链产业链融合的内涵解析、影响因素和优化路径：基于创新过程与创新系统整合视角. 中国软科学, 2025, (2): 26-39. Zhao B B, Mei L, Chen K H, et al. Connotation analysis, influencing factors, and optimization paths of the integration of innovation chain and industrial chains: An integrated perspective of the innovation process and innovation system. China Soft Science, 2025, (2): 26-39. (in Chinese)

18 王再进, 张亮, 应益昕, 等. 创新链产业链资金链人才链深度融合：理论探析、国外实践与政策启示. 经济研究参考, 2024, (2): 113-127. Wang Z J, Zhang L, Ying Y X, et al. Deep integration of the innovation, industrial, capital, and talent chains: theoretical analysis, foreign practices, and policy implications. Review of Economic Research, 2024, (02): 113-127. (in Chinese)

19 李巍, 李玙译. 解析美国的半导体产业霸权：产业权力的政治经济学分析. 外交评论（外交学院学报）, 2022, 39(1): 22-58. Li W, Li Y Y. Decoding the U.S. hegemony in the semiconductor industry: Conceptualizing the political economy of industrial power. Foreign Affairs Review, 2022, 39(1): 22-58. (in Chinese)

20 李慧敏, 穆荣平. 日本技术攻关“举国体制”研究——以半导体技术攻关为例. 科学学与科学技术管理, 2024, 45(11): 32-45. Li H M, Mu R P. A study on the “Nationwide System” of Japan: Taking the semiconductor technology as an example. Science of Science and Management of S. & T., 2024, 45(11): 32-45. (in Chinese)

21 李君然, 封凯栋, 姜子莹. 研发密集型产业的创新转型：基于集成电路产业的跨国分析. 学习与探索, 2022, (1): 118-128. Li J R, Feng K D, Jiang Z Y. Innovation transformation in R&D-intensive industries: A cross-national analysis based on the integrated circuit industry. Study & Exploration, 2022, (1): 118-128. (in Chinese)

22 李海英. 美国半导体创新生态系统及经验启示. 张江科技评论, 2022, (4): 54-56. Li H Y. The U.S. semiconductor innovation ecosystem and its experiences. Zhangjiang Technology Review, 2022, (4): 54-56. (in Chinese)

23 Callaway E. The next generation of coronavirus vaccines: A graphical guide. Nature, 2023, 614: 22-25.

24 王新宇. 一战成名的mRNA技术会是疫苗开发的未来吗？. (2021-06-07)[2024-12-30]. https://wallstreetcn.com/articles/3632309. Wang X Y. Will mRNA technology, which rose to fame overnight, be the future of vaccine development?. (2021-06-07)[2024-12-30]. https://wallstreetcn.com/articles/3632309.(in Chinese)

25 Bonvillian W B. Operation warp speed: Harbinger of American industrial innovation policies. Science and Public Policy, 2024, 51(6): 1195-1211.

26 韩利明, 李佳英. 新冠浪潮退去 mRNA技术如何破茧成蝶. (2024-06-04)[2024-12-30]. https://m.21jingji.com/article/20240604/herald/00600a6e5c0541139e1b757348b04296.html. Han L M, Li J Y. How can mRNA technology break through and transform as the COVID-19 wave recedes?. (2024-06-04)[2024-12-30]. https://m.21jingji.com/article/20240604/herald/00600a6e5c0541139e1b757348b04296.html.(in Chinese)

27 镡震东. 企业资本结构对新能源汽车企业创新投入的影响研究. 兰州: 兰州大学, 2023. Tan Z D. Research on the Impact of Corporate Capital Structure on Innovation Investment of New Energy Automobile Enterprises. Lanzhou: Lanzhou University, 2023. (in Chinese)

28 武建龙, 鲍萌萌, 杨仲基. 新兴产业颠覆性创新政策组合作用机制研究：基于创新生态系统视角. 中国软科学, 2023, (7): 44-55. Wu J L, Bao M M, Yang Z J. Study on the effect mechanism of innovation policy mix on the disruptive innovation of emerging industry: From perspective of innovation ecosystem. China Soft Science, 2023, (7): 44-55. (in Chinese)

29 王光辉. 我国电动汽车技术创新演进研究——行动者网络理论的视角. 北京：北京化工大学, 2017. Wang G H. Research on the Evolution of Electric Vehicle Technology Innovation in China: From the Perspective of Actor Network Theory. Beijing: Beijing University of Chemical Technology, 2017. (in Chinese)

30 封凯栋, 陈俊廷. 改变世界的新机器？——新能源汽车全球竞争的前景. 文化纵横, 2024, (2): 75-88. Feng K D, Chen J T. New machines that change the world?: The prospects for global competition in new energy vehicles. Beijing Cultural Review, 2024, (2): 75-88. (in Chinese)

31 邓潇丽, 申卉. 完善新能源车电池回收利用管理制度. 广州日报, 2022-03-04(A03). Deng X L, Shen H. Improving the management system for recycling and utilization of new energy vehicle batteries. Guangzhou Daily, 2022-03-04(A03). (in Chinese)

32 吴可仲. 激发经营主体活力 澎湃高质量发展新动能. 中国经营报, 2024-03-18(A01). Wu K Z. Stimulating market entities vitality to boost new momentum for high-quality development. China Business Journal, 2024-03-18(A01). (in Chinese)

33 张英英, 吴可仲. 中国光伏崛起启示：如何突破“围剿”领跑全球. 中国经营报, 2024-03-04(C07). Zhang Y Y, Wu K Z. The rise of China’s photovoltaic industry: How to break through “encirclement” and lead globally. China Business Journal, 2024-03-04(C07). (in Chinese)

34 贺劭清. 中国“双碳”之路，要怎么走？. 中国新闻周刊, 2024-03-02. He S Q. China’s “dual carbon” path: How to proceed?. China Newsweek, 2024-03-02. (in Chinese)

35 李慧敏, 穆荣平, 郝跃. 日本科技领域是否存在“举国体制”——以半导体技术攻关为考察对象. 中国科学院院刊, 2023, 38(7): 1001-1011. Li H M, Mu R P, Hao Y. Is there a “nationwide system” in field of science and technology in Japan?—Survey of semiconductor technology. Bulletin of Chinese Academy of Sciences, 2023, 38(7): 1001-1011. (in Chinese)

36 本刊编辑部. 强化企业科技创新主体地位 为新质生产力发展增添动能. 安徽科技, 2024, (5): 1. Editorial Office. Strengthening the core position of enterprises in scientific and technological innovation to inject momentum into new quality productive forces. Anhui Science & Technology, 2024, (5): 1. (in Chinese)

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