工业规模试制有效运行的影响因素探索

摘要/Abstract

摘要： 工业规模试制是科技成果转化的关键环节，但大多数研发成果却止步于工业规模试制，哪些因素影响了这一过程，研究仍欠缺。在长期企业跟踪调查的基础上，提炼5个影响因素，经过大样本调查与数据分析，探索各因素的影响效果。研究结果表明：（1）我国企业的工业规模试制能力提升，科技成果转化率低的状况正在好转；（2）工艺创新能力、参与试制的人力资源与试制设备资源显著提升工业规模试制有效性；（3）风险承担能力对工业规模试制有效性的影响呈倒U型；（4）不同规模、不同性质、不同生产工艺组织方式（流程型与离散型）的企业工业规模试制有效性水平存在差异。研究结论为工业规模试制有效运行实现机制中各要素获取与利用提供了实践证据，有助于工业规模试制管理的过程、系统与结构进一步优化。

关键词: 工业规模试制, 影响因素, 科技成果转化

Abstract: Industrial-scale trial production is a key link in the transformation of scientific and technological achievements. Most of R&D results are confined to industrial-scale trial production, with little attention paid to what factors affect the production process. Based on a long-term tracking survey of enterprises, this paper abstracts five influencing factors and explores their respective effects through a large sample survey and data analysis. The results reveal that:(1) the industrial-scale trial production of Chinese enterprises has been improving, and the low conversion rate of scientific and technological achievements is taking a turn for the better; (2) process innovation capability and human and equipment resources involved in trial production contribute significantly to the effectiveness of industrial-scale trial production; (3) risk-taking capacity has an inverted U-shaped impact on the effectiveness of industrial-scale trial production; (4) the effectiveness of industrial-scale trial production is different among enterprises of different scales, different nature and different production process organization methods (process-based vs discrete type). The findings above provide practical evidence for the acquisition and utilization of elements in the implementation mechanism of the effective operation of industrial-scale trial production, and help further clarify the process, system and structure of industrial-scale trial production management.

Key words: industrial-scale trial production, influencing factors, transformation of scientific and technological achievements

张茹鑫, 林筠, 李随成. 工业规模试制有效运行的影响因素探索[J]. 管理评论, 2022, 34(7): 129-138.

Zhang Ruxin, Lin Jun, Li Suicheng. An Exploration into the Factors that Influence the Effective Operation of Industrial-scale Trial Production[J]. Management Review, 2022, 34(7): 129-138.

参考文献

[1] Nemet G.F., Zipperer V., Kraus M.The Valley of Death, the Technology Pork Barrel, and Public Support for Large Demonstration Projects[J].Energy Policy, 2018,119(8):154-167
[2] 曾明彬,李玲娟.产学研技术转移推进的错位现象研究——基于技术转移方和接收方双边视角的分析[J].管理评论, 2019,31(11):108-114
[3] Hellsmark H., Frishammar J., Söderholm P., et al.The Role of Pilot and Demonstration Plants in Technology Development and Innovation Policy[J].Research Policy, 2016,45(9):1743-1761
[4] Frishammar J., Söderholm P., Bäckström K., et al.The Role of Pilot and Demonstration Plants in Technological Development:Synthesis and Directions for Future Research[J].Technology Analysis&Strategic Management, 2015,27(1):1-18
[5] Tolio T., Copani G., Terkaj W.Key Research Priorities for Factories of the Future——Part II:Pilot Plants and Funding Mechanisms[M].Cham:Springer Press, 2019
[6] Bossink B.A.G.Demonstration Projects for Diffusion of Clean Technological Innovation:A Review[J].Clean Technologies and Environmental Policy, 2015,17(6):1409-1427
[7] Zahra S.A., Kaul A., Bolívar-Ramos M.T.Why Corporate Science Commercialization Fails:Integrating Diverse Perspectives[J].Academy of Management Perspectives, 2018,32(1):156-176
[8] Bäckström K.What Are the Innovation Effects of Pilot and Demonstration Plants?The Case of Advanced Biofuels in the Transport Sector[C].European Biomass Conference and Exhibition, 2016
[9] Hendry C., Harborne P., Brown J.So What do Innovating Companies Really Get from Publicly Funded Demonstration Projects and Trials?Innovation Lessons from Solar Photovoltaics and Wind[J].Energy Policy, 2010,38(8):4507-4519
[10] Chaudhuri A.Simultaneous Improvement in Development Time, Cost and Quality:A Practical Framework for Generic Pharmaceuticals Industry[J].R&D Management, 2013,43(3):227-241
[11] Helfat C.E., Peteraf M.A.The Dynamic Resource-Based View:Capability Life Cycles[J].Strategic Management Journal, 2003,24(10):997-1010
[12] 王淑敏.企业能力如何"动""静"组合提升企业绩效?——能力理论视角下的追踪研究[J].管理评论, 2018,30(9):121-131
[13] Winter S.G.Understanding Dynamic Capabilities[J].Strategic Management Journal, 2003,24(10):991-996
[14] Teece D.J.Explicating Dynamic Capabilities:The Nature and Microfoundations of (Sustainable) Enterprise Performance[J].Strategic Management Journal, 2007,28(13):1319-1350
[15] Helfat C.E., Finkelstein S., Mitchell W., et al.Dynamic Capabilities:Understanding Strategic Change in Organizations[J].Academy of Management Review, 2007,30(1):203-207
[16] Frishammar J., Kurkkio M., Abrahamsson L., et al.Antecedents and Consequences of Firms'Process Innovation Capability:A Literature Review and a Conceptual Framework[J].IEEE Transactions on Engineering Management, 2012,59(4):519-529
[17] Koroglu B.A., Eceral T.O.Human Capital and Innovation Capacity of Firms in Defense and Aviation Industry in Ankara[J].Procedia-Social and Behavioral Sciences, 2015,195(3):1583-1592
[18] Kang S.C., Snell S.A., Swart J.Options-Based HRM, Intellectual Capital, and Exploratory and Exploitative Learning in Law Firms'Practice Groups[J].Human Resource Management, 2012,51(4):461-485
[19] Haneda S., Ito K.Organizational and Human Resource Management and Innovation:Which Management Practices Are Linked to Product and/or Process Innovation?[J].Research Policy, 2018,47(1):194-208
[20] Aylen J.Stretch:How Innovation Continues Once Investment Is Made[J].R&D Management, 2013,43(3):271-287
[21] Frishammar J., Lichtenthaler U., Kurkkio M.The Front End in Non-assembled Product Development:A Multiple Case Study of Mineral-and Metal Firms[J].Journal of Engineering and Technology Management, 2012,29(4):468-488
[22] Perez V.E., Hellsmark H., Jacob M.Enacting Knowledge Exchange:A Context Dependent and'Role-Based'Typology for Capturing Utility from University Research[J].Prometheus, 2015,33(1):3-20
[23] 石博,田红娜.基于生态位态势的家电制造业绿色工艺创新路径选择研究[J].管理评论, 2018,30(2):83-93
[24] 徐建中,贾大风,李奉书,等.装备制造企业低碳技术创新对企业绩效的影响研究[J].管理评论, 2018,30(3):82-94
[25] Najafi-Tavani S., Najafi-Tavani Z., Naudé P., et al.How Collaborative Innovation Networks Affect New Product Performance:Product Innovation Capability, Process Innovation Capability, and Absorptive Capacity[J].Industrial Marketing Management, 2018,73(8):193-205
[26] Camisón C., Villar-López A.Organizational Innovation as an Enabler of Technological Innovation Capabilities and Firm Performance[J].Journal of Business Research, 2014,67(1):2891-2902
[27] 郭亮,于渤,罗晓光,等.企业技术集成能力的测量与功效[J].研究与发展管理, 2016,28(3):55-66
[28] Hung C.Y., Lee W.Y.A Proactive Technology Selection Model for New Technology:The Case of 3D IC TSV[J].Technological Forecasting and Social Change, 2016,103(2):191-202
[29] 张李洁,池宏,祁明亮,等.核能技术研发方案选择的鲁棒决策方法研究[J].管理评论, 2019,31(6):102-112
[30] Akhundzadeh M., Shirazi B.Technology Selection and Evaluation in Iran's Pulp and Paper Industry Using 2-Filterd Fuzzy Decision Making Method[J].Journal of Cleaner Production, 2017,142(4):3028-3043
[31] Covin J.G., Slevin D.P.Strategic Management of Small Firms in Hostile and Benign Environments[J].Strategic Management Journal, 1989,10(1):75-87
[32] Frishammar J., Hörte Å.S.The Role of Market Orientation and Entrepreneurial Orientation for New Product Development Performance in Manufacturing Firms[J].Technology Analysis&Strategic Management, 2007,19(6):765-788
[33] Dai Y., Roundy P.T., Chok J.I., et al."Who Knows What?" in New Venture Teams:Transactive Memory Systems as a MicroFoundation of Entrepreneurial Orientation[J].Journal of Management Studies, 2016,53(8):1320-1347
[34] Morgan T., Anokhin S., Kretinin A., et al.The Dark Side of the Entrepreneurial Orientation and Market Orientation Interplay:A New Product Development Perspective[J].International Small Business Journal, 2015,33(7):731-751
[35] Shan P., Song M., Ju X.Entrepreneurial Orientation and Performance:Is Innovation Speed a Missing Link?[J].Journal of Business Research, 2016,69(2):683-690
[36] Daniel P.M., Fernado J.G.S.Validating and Measuring IC in the Biotechnology and Telecommunication Industries[J].Journal of Intellectual Capital, 2003,4(3):332-347
[37] 林筠,刘江.双元创新驱动机制:智力资本整合的视角[J].科技管理研究, 2016,36(12):18-23
[38] Waris M., Liew M.S., Khamidi M.F., et al.Criteria for the Selection of Sustainable Onsite Construction Equipment[J].International Journal of Sustainable Built Environment, 2014,3(1):96-110
[39] 林筠,杨雪,李随成.隐性知识交流和转移与企业技术创新关系的实证研究[J].科研管理, 2008,29(5):16-23
[40] 林筠,王琪,张敏,等.探索中试有效运行过程与驱动要素——以陕西重型汽车有限公司为例[J].科学学研究, 2018,36(11):1995-2003