大科学工程与先进制造业的双向驱动效应研究——以高功率固体激光装置研制为例  

Research on Bidirectional-driven Effects of Large Science Project and Advanced Manufacture: Taking High Power Solid Laser Device As an Example

作　　者：淡晶晶 王传珂[1] 贺少勃[1] 於海武[1] 万小波[1] Dan Jingjing;Wang Chuanke;He Shaobo;Yu Haiwu;Wan Xiaobo(Management Center of Inertial Confinement Fusion,China Academy of Engineering Physics,Mianyang,Sichuan 621900,China)

机构地区：[1]中国工程物理研究院惯约实施管理中心,四川绵阳621900

出　　处：《工程研究（跨学科视野中的工程）》2018年第5期479-487,共9页JOURNAL OF ENGINEERING STUDIES

基　　金：四川省军民融合研究院开放基金2018年资助项目"国家重大专项(大科学工程)对成德绵区域科技产业的辐射与引领作用"(18SXB001)

摘　　要：本文提出国家大科学工程与先进制造业之间的双向驱动概念,梳理了大科学工程与先进制造业之间的双向驱动关系,举例阐述了大科学工程对先进制造的需求牵引拉动效应,以及先进制造业对大科学工程的推动支撑效应,构建了基于大科学工程拉动和先进制造业推动的双向驱动效应模型,并对双向驱动效应下的驱动机制——创新与科技资源整合进行了初步探讨和分析。In this article,the concept of bidirectional-drive between the national science project and the advanced manufacture is presented,and the relationship of bidirectional-driven between the science project and the advanced manufacture is analyzed.Examples are given to illustrate the traction effect of large science project on the demand of advanced manufacture and the promote effect of advanced manufacture to the large science project.The bidirectional-driven model of large science project and advanced manufactures is constructed.Then,the bidirectional-driven mechanism of innovation and resources integration is researched and discussed.

关 键 词：大科学工程 先进制造业 双向驱动 创新 科技资源整合 

分 类 号：F204[经济管理—国民经济]