Strategic equilibrium price analysis and numerical simulation of preponderant high-tech metal mineral resources

优势高技术金属矿产资源的策略性均衡价格及数值模拟(英文)

Based on exploitation compensation value system of preponderant high-tech metal mineral resources and distortion of pricing mechanism, social utility function was constructed to modify decision utility function of developers, and was extended to Stackelberg production decision model of preponderant high-tech metal mineral resources development. Analyzing the influences on market monopoly, output and price decision-making exerted by altruistic preferences, inequity aversion and sequential reciprocity fairness belief equilibrium, game fairness equilibrium which is significant in experimental economics can be obtained and verified by numerical simulation. In process of strategic pricing, method that uses the variation of producer surplus to measure strategic value from psychological preferences was proposed for the first time and technical support to improve exploitation compensation value system of preponderant metal mineral resources was available.

针对优势高技术金属矿产资源开发补偿价值体系及定价机制的扭曲,构建社会效用函数修正优势高技术金属矿产资源开发商决策效用函数,并把社会效用函数延伸到优势高技术金属矿产资源开发的斯坦克尔伯格产出决策博弈模型中。分析利他、非公平厌恶及序贯互动公平信念均衡对市场垄断程度的影响,进而分析产量与价格的变动趋势,并获得具有实验经济学意义的博弈公平均衡。通过数值模拟对博弈公平均衡进行算例验证。首次提出用生产者剩余变化来测度心理偏好产生的策略性价值的测度方法,为优势高技术金属矿产资源开发补偿价值体系完善提供技术支撑。