Evaluation Method for Technology Readiness Assessment in High-purity Metal Target

Baocheng Li, Zhenjie Zhang, Pengcheng Che, Ying Liu, Zeming Sun, Ying Yu
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Abstract

Technology readiness level is an assessment tool for technology risk control, widely used in large-scale complex engineering such as military and aerospace industries. High purity metal targets are one of the key materials required for production in fields such as semiconductors, flat panel displays, and solar cells. The technology and process are very complex, which determines the level of technological maturity and will have a significant impact on downstream applications. This article combines the needs of downstream users and establishes a technology maturity evaluation model for high-purity metal targets with "parameters-indicators-data" as the core. It develops a technology maturity evaluation method suitable for high-purity metal targets and uses high-purity cobalt targets as an example for evaluation and application practice. It diagnoses the problems existing in the industrialization process, proposes improvement suggestions, and helps target production enterprises continuously improve and enhance.
高纯金属目标技术就绪度评估方法
技术就绪水平是一种技术风险控制评估工具,广泛应用于军事和航空航天等大型复杂工程。高纯金属靶材是半导体、平板显示器和太阳能电池等领域生产所需的关键材料之一。其技术和工艺非常复杂,决定了技术成熟度的高低,并将对下游应用产生重大影响。本文结合下游用户的需求,建立了以 "参数-指标-数据 "为核心的高纯金属靶材技术成熟度评价模型。建立了适合高纯金属靶材的技术成熟度评价方法,并以高纯钴靶材为例进行评价和应用实践。诊断产业化过程中存在的问题,提出改进建议,帮助靶材生产企业不断改进和提高。
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