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论文编号：	15893
作者编号：	2320234164
上传时间：	2025/12/12 10:41:12
中文题目：	H院Y同位素项目投资决策研究
英文题目：	Research on Investment Decision of H Institute''s Y Isotope Project
指导老师：	张晓农
中文关键字：	同位素项目；投资决策；财务分析；实物期权
英文关键字：	Isotope Project; Investment Decision; Financial Analysis; Real Option
中文摘要：	H工程研究院（以下简称“H院”）作为我国特种同位素分离技术的科研机构，长期依赖国家及集团内科研任务，面临市场化转型挑战。随着我国医用同位素中长期发展规划的发布，医用同位素行业迎来关键增长契机。H院拟立项Y同位素产业项目，Y同位素作为关键医用放射性同位素的前体，具有广阔的市场前景和战略意义。 本文研究以项目投资决策案例入手，运用所学的项目投资评价和财务分析相关理论知识开展研究。 首先，在理论层面系统梳理了战略新兴产业特征、实物期权理论、财务可行性研究和项目投资评价方法等概念，为后续分析打好坚实的理论基础。特别是在价值评估方法方面，深入探讨了传统净现值法的局限性及实物期权理论在应对不确定性、管理柔性项目价值评估方面的优势。 随后，本文详细剖析了H院Y同位素项目的投资评价现状，分析现有投资决策流程中存在的缺陷：一是缺乏适应市场机制的投资决策体系，仍沿用科研项目立项审批流程；二是投资风险评估机制薄弱，对市场、交易、政策等关键风险识别不足；三是财务评价方法过于单一，没有考虑Y同位素项目“总体规划、多期开发”的投资思路，现有测算忽略了战略新兴产业由“新”转“兴”的分阶段成长特点。 在基础之上，形成改进对策与建议。本文提出建立投资决策专家委员会，完善风险识别与应对框架，并构建“净现值+实物期权”的组合估值模型，结合Y同位素项目的盈利能力、偿债能力及不确定性展开全面测算与评估，开展投资项目多维度的财务评价。 本文的研究框架强调理论分析与实践应用的紧密结合，方法创新与制度建设的协同推进，既关注具体项目的投资价值评估，又着眼于建设长效机制。通过这种多层次、系统化的投资评价体系构建，为科研院所科技成果转化的投资决策提供理论支撑和实践指导，为战略新兴产业投资评估提供了能复制、可推广的分析模式。
英文摘要：	H Engineering Research Institute (hereinafter referred to as "H Institute"), as a scientific research institution specializing in isotope separation technology in China, has long relied on national and internal group research tasks, facing challenges in market-oriented transformation. With the release of China's mid-to-long-term development plan for medical isotopes, the industry now stands at a critical juncture for growth. Y Isotope, serving as a precursor to key medical radioactive isotopes, demonstrates vast market potential and strategic significance. This paper takes the project investment decision case as the starting point and uses the relevant theories of project investment evaluation and financial analysis to carry out the research. First, this study systematically examines key concepts including the characteristics of strategic emerging industries, real options theory, financial feasibility analysis, and project investment evaluation methods at the theoretical level, establishing a solid foundation for subsequent analyses. Particularly in value assessment methodologies, it thoroughly explores the limitations of traditional net present value (NPV) techniques while highlighting the advantages of real options theory in addressing uncertainties and managing flexible project valuation. This paper subsequently provides a detailed analysis of the current investment evaluation practices in the Y isotope project at H Institute, identifying three critical deficiencies in existing decision-making processes: First, the absence of a market-oriented investment decision-making framework that continues to follow traditional scientific project approval procedures; Second, inadequate risk assessment mechanisms with insufficient identification of key risks including market fluctuations, transaction risks, and policy impacts; Third, overly simplistic financial evaluation methods that fail to account for the "multi-phase development" strategy – where Phase I addresses current drug R&D needs while Phase II anticipates post-market demand growth for radiopharmaceuticals. Current assessments overlook the multi-stage development characteristics inherent in strategic emerging industries. On this foundation, this paper proposes improvement strategies and recommendations to address these issues. The study suggests establishing an investment decision-making expert committee, refining the risk identification and response framework, and developing a combined valuation model integrating "Net Present Value (NPV) + Real Options". Through comprehensive analysis of the Y isotope project's profitability, debt repayment capacity, and uncertainties, this approach enables multi-dimensional financial evaluation of investment projects. This study's framework emphasizes the close integration of theoretical analysis and practical application, while advancing methodological innovation alongside institutional development. It not only evaluates investment value in specific projects but also focuses on establishing long-term mechanisms. Through building a multi-level, systematic investment evaluation system, this research provides theoretical support and practical guidance for investment decisions in technology commercialization at research institutions, offering replicable and scalable analytical models for strategic emerging industry investments.
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