摘要
[目的/意义]在知识视角下研究科技成果转化问题可以为破解当前科技成果转化困境提供新思路,系统梳理并深入解读这些研究内容具有积极意义。[方法/过程]对相关研究展开述评,从科技成果转化与知识的本质联系、科技成果转化中的关键知识活动及影响科技成果转化的知识因素三方面对国内外相关研究进行系统梳理和归纳,并对未来研究做出展望。[结果/结论]研究表明,当前已初步形成在知识视角下研究科技成果转化问题的基本思路,但仍有许多空白点亟待填补。未来可在知识活动机理揭示、知识活动规律定量分析、适用知识创新模型探索、隐性知识流动机理研究与理论成果应用等方面继续深化和拓展。
[Purpose/significance]Studying the transformation of scientific and technological achievements from the perspective of knowledge can provide new ideas for solving the current dilemma of the transformation of scientific and technological achievements,and it is of positive significance to systematically sort out and deeply interpret these research contents.[Method/process]This paper reviews the relevant research,systematically sorts out and summarizes the relevant domestic and foreign research from three aspects:the essential connection between the transformation of scientific and technological achievements and knowledge,the key knowledge activities in the transformation of scientific and technological achievements and the knowledge factors affecting the transformation of scientific and technological achievements,and also provides a prospect for future research.[Result/conclusion]The research shows that the basic idea of studying the transformation of scientific and technological achievements from the perspective of knowledge has been preliminarily formed,but there are still many gaps to be filled.In the future,it can continue to deepen and expand in the aspects of revealing the mechanism of knowledge activities,quantitative analysis of the law of knowledge activities,exploration of applicable knowledge innovation models,research on the mechanism of tacit knowledge flow and application of theoretical results.
作者
董坤
郭锐
陈可鑫
Dong Kun;Guo Rui;Chen Kexin(School of Information Management,Shandong University of Technology,Zibo Shandong 255049)
出处
《情报探索》
2024年第10期116-125,共10页
Information Research
基金
国家社会科学基金青年项目“知识流动视角下科技成果转化潜在路径预测与选择研究”(项目编号:20CTQ032)的成果之一。
关键词
科技成果转化
知识创新
知识流动
知识管理
transformation of scientific and technological achievement
knowledge innovation
knowledge flow
knowledge management
