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基于自研设备的高校实验室建设路径研究

Research on the Path of University Laboratory Construction Based on Self-research Equipment
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摘要 重大仪器设备的自研自制,对于补齐我国科研仪器研制短板、提升科技创新能力有重要的作用。山东大学将大型地质力学模型试验系统研发与实验室建设工作相融合,在基于实验设备自研自制的基础上进行实验室建设,为我国重大交通基础设施的建设提供了可靠的新手段。实践表明,将仪器设备的自研自制与实验室建设相融合的方式,不仅可以取得显著的科研成果,还能够为解决社会问题、支持国家战略提供有力支持,为推动我国高校实验室现代化建设贡献了有益的经验。 The indigenous development and fabrication of significant scientific instruments play a crucial role in rectifying deficiencies in China’s research instrument manufacturing capabilities and enhancing technological innovation.Shandong University has seamlessly integrated the research and development of a large-scale geological mechanics model testing system with laboratory construction.Building upon the foundation of autonomously developed experimental equipment,this approach has introduced a dependable new avenue for the construction of vital transportation infrastructure for our country.Empirical evidence underscores that the integration of indigenous instrument development and laboratory establishment not only yields remarkable scientific research outcomes but also furnishes robust support for addressing societal challenges and advancing national strategies.This harmonious fusion of efforts contributes valuable insights to the advancement of modernization in Chinese university laboratories.
作者 冉栋刚 王文君 林春金 焦丽媛 RAN Donggang;WANG Wenjun;LIN Chunjin;JIAO Liyuan(Department of Assets and Laboratory Management,Shandong University,Jinan 250000,China;Geotechnical and Structural Engineering Research Center,Shandong University,Jinan 250000,China)
出处 《实验科学与技术》 2023年第4期156-160,共5页 Experiment Science and Technology
基金 山东大学2022年度教育教学改革研究一般项目(2022Y177) 山东大学实验室建设与管理研究项目(sy20201302)。
关键词 自研仪器 学科交叉 实验室建设 地下结构 模型试验 self-developed instrumentation interdisciplinary intersection laboratory construction underground structures model test
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