CAJ | 학술논문

归纳了科技成果价值的基本内涵，构建应用技术类科技成果价值评估框架，进而构建起价值评估体系；采用验证性因子分析检验的方法，根据104份专家对指标重要程度反馈数据对科技成果价值评估模型进行拟合检验、模型调整，得到最优评估体系并根据模型中各可测变量的路径系数对各指标进行赋权；为了检验评估体系的适用性，采用模糊综合评价法对A公司某项科技成果进行价值评估实践，结果表明本研究构建的经过验证性因子分析检验的科技成果价值评估体系具有良好的适用性，能够合理地对科技成果的价值进行评估。
귀납료과기성과개치적기본내함，구건응용기술류과기성과개치평고광가，진이구건기개치평고체계；채용험증성인자분석검험적방법，근거104빈전가대지표중요정도반궤수거대과기성과개치평고모형진행의합검험、모형조정，득도최우평고체계병근거모형중각가측변량적로경계수대각지표진행부권；위료검험평고체계적괄용성，채용모호종합평개법대A공사모항과기성과진행개치평고실천，결과표명본연구구건적경과험증성인자분석검험적과기성과개치평고체계구유량호적괄용성，능구합리지대과기성과적개치진행평고。
This paper expounds the theory of scientific and technological achievement evaluation, constructs framework to evaluate applied technology value, and then establishes a value assessment system. We use confirmatory factor analysis to test the system with 104 expert data in model fitting, model adjustment. Then we get the optimal evaluation system and put value to indicators according to path coeffi-cient of variables in the model. Finally, we test the applicability of the evaluation system. We evaluate the scientific and technological a-chievements of A company using fuzzy comprehensive evaluation method. The results show that the evaluation system has good applicabil-ity, and can reasonably evaluate the value of scientific and technological achievements.