Abstract：Based on grounded theory,the model of technology transfer performance of National Key Research and Development Program was constructed.The results of grounded theory were verified and developed by fuzzy set qualitative comparative analysis.We found that technical resources,human resources in the program team and system culture,chief scientist can respectively by organizing technical behavior,team coordination behavior,chief scientist at the action,produces technical ability,team ability,chief scientist ability,thus affect technology transfer performance.The external environment can influence technology transfer by influencing the relationship between resources,actions,and capabilities.This discovery enriches the application interpretation of resource action view.In addition,STOE panoramic dynamic wheel is constructed to expand and supplement the TOE framework in China.Finally,a single condition cannot produce technology transfer performance,high technology transfer performance has three generation mode.They are resource-capability driven type,resource-capability dominated logic market-assisted type,resource-capability and market-assisted type under government-dominated logic.The performance of non-high-tech transfer is mainly caused by the resource-capacity shortage of the project team.Resource and capacity play a leading role in the impact on technology transfer performance.The research is helpful to understand the internal operation of National Key Research and Development Program and provide reference for promoting technology transfer of S&T projects.
方卫华, 李萍, 章琰. 国家重点研发计划技术转移绩效的影响因素与路径模式[J]. 中国科技论坛, 2022(12): 78-87.
Fang Weihua, Li Ping, Zhang Yan. Influencing Factors and Path Pattern of Technology Transfer Performance of National Key Research and Development Program. , 2022(12): 78-87.
[1]中华人民共和国科学技术部.关于印发国家技术转移示范机构管理办法的通知[EB/OL]. (2007-09-10)[2021-12-07].https://www.most.gov.cn/xxgk/xinxifenlei/fdzdgknr/fgzc/gfxwj/gfxwj2010before/201712/t20171222_137075.html. [2]郭燕青.技术转移模型及其机理分析[J].中国高新技术企业,2008 (2):29,32. [3]张廷君.科技工作者三维绩效系统激励机制研究[D].天津:天津大学,2010. [4]陈怡安.组织学习与技术转移绩效的关系研究[M].成都:电子科技大学出版社,2014. [5]POSNER M V.International trade and technical change[J].Oxford economic papers,1961,13 (3):323-341. [6]KRUGMAN P.A technology gap model of international trade[M]//JUNGENFELT K,HAGUE D.Structural adjustment in developed open economies.London:Palgrave macmillan,1985:35-61. [7]SCHLIE T M,RADNOR A,WAD A.Indicators of international technology transfer[J].Centre for the interdisciplinary study of science and technology,1987,23:32-36. [8]GIBSON D V,SMILOR R W.Key variables in technology transfer:a field-study based empirical analysis[J].Journal of engineering and technology management,1991,8 (3/4):287-312. [9]BACKER T E.Drug abuse technology transfer[M].Rockville:National Institute of Drug Abuse,1991. [10]BOZEMAN B.Technology transfer and public policy:a review of research and theory[J].Research policy,2000,29 (4/5):627-655. [11]SOHN S Y,MOON T H.Structural equation model for predicting technology commercialization success index (TCSI)[J].Technological forecasting and social change,2003,70 (9):885-899. [12]刘威,陈艾菊.基于ANP的高校科技成果转化绩效评价[J].科技管理研究,2008 (6):192-194. [13]SINGHAI S,SINGH R,SARDANA H K,et al.Analysis of factors influencing technology transfer:a structural equation modeling based approach[J].Sustainability,2021,13(5600):1-15. [14]SELMI N.The difficulties of achieving technology transfer:issues of absorptive capacity[J].Communications of the IBIMA,2013 (2013):1-15. [15]KALAR B,ANTONCIC B.Social capital of academics and their engagement in technology and knowledge transfer[J].Science and public policy,2016,43 (5):646-659. [16]KOO Y,CHO K.The relationship between patents,technology transfer and desorptive capacity in Korean universities[J].Sustainability,2021,13 (9):5253. [17]张璐,王岩,苏敬勤,等.资源基础理论:发展脉络、知识框架与展望[J/OL].南开管理评论:1-22[2022-01-07].http://kns.cnki.net/kcms/detail/12.1288.f.20210928.0209.002.html. [18]OMAR R,TAKIM R,NAWAWI A H.Measuring of technological capabilities in technology transfer (TT)projects[J].Asian social science,2012,8 (15):211-221. [19]陈艳艳.知识吸收能力对企业技术能力的影响研究[D].湖南:中南大学,2010. [20]郭斌,许庆瑞.组织技术能力概念框架研究[J].科学学研究,1996,14 (2):7. [21]王勇.基于能力的人力资源管理理论研究[D].浙江:浙江大学,2003. [22]TORNATZKY L G,FLEISCHER M.Processes of technological innovation[M].Lexington:Lexington Book,1990. [23]杜运周,贾良定.组态视角与定性比较分析 (QCA):管理学研究的一条新道路[J].管理世界,2017 (6):155-167. [24]EDELMAN L F,BRUSH C G,MANOLOVA T S.The impact of human and organizational resources on small firm strategy[J].Journal of small business & enterprise development,2002,9 (3):236-244. [25]SIDDIQUI S.An empirical study of traits determining entrepreneurial leadership-an educational perspective[J].Skyline business review,2007,4 (1):37-44. [26]HEJAZI S A M,MALEI M M,NAEIJI M J.Designing a scale for measuring entrepreneurial leadership in SMEs[C].//ICMEF.International conference on economics marketing and management.Singapore:International proceedings of economics development and research,2012,28 (2):71-77. [27]刘祎娜.高管的国际化背景与企业绩效的关系研究——以中国上市银行为例[J].中国集体经济,2013 (4):69-71. [28]王永梅,王峥,张黎.科研院所技术转移绩效影响因素的实证研究——基于技术供给方的视角[J].科学学与科学技术管理,2014,35 (11):108-116. [29]HESLOP L A,MCGREGOR E,GRIFFITH M.Development of a technology readiness assessment measure:the cloverleaf model of technology transfer[J].Journal of technology transfer,2001,26 (4):369-384. [30]彭子晟.我国中小企业创新环境评价理论与实证研究[D].湖南:中南大学,2008. [31]DAGHFOUS A.An empirical investigation of the roles of prior knowledge and learning activities in technology transfer[J].Technovation,2004,24 (12):939-953. [32]MURPHY G B,TRAILER J W,HILL R C.Measuring performance in entrepreneurship research[J].Journal of business research,1996,36 (1):15-23. [33]周涛,于兰萍,张勇.技术成熟度评价方法应用现状及发展[J].计算机测量与控制,2015,23 (5):1609-1612. [34]ROGERS E M,TAKEGAMI S,YIN J.Lessons learned about technology transfer[J].Technovation,2001,21 (4):253-261. [35]查尔斯·C·拉金.重新设计社会科学研究:模糊集及超越[M].杜运周,等译.北京:机械工业出版社,2019. [36]张明,杜运周.组织与管理研究中QCA方法的应用:定位、策略和方向[J].管理学报,2019,16 (9):1312-1323.
2022, 
