计量被喻为工业生产的"眼睛"，是质量控制的"基石"，大到神舟飞天、高铁测速，小到菜场买菜、汽车 加油，计量与我们的生活息息相关。计量数据的"准"，直接关系产业发展的"质"。 7月9日，市场监管总局、工业和信息化部联合印发的《计量支撑产业新质生产力发展行动方案（2025— 2030年）》（以下简称《行动方案》）正式对外发布。《行动方案》聚焦新一代信息技术、人工智能、 航空航天、新能源、新材料、高端装备、生物医药、量子科技、集成电路、仪器仪表等10个重点产业领 域，系统梳理了各产业领域急需解决的关键共性计量技术、主要攻关方向和建设目标，着力解决从前沿 技术研发到产业应用的全链条计量问题，为产业高质量发展筑牢计量根基。 自国务院印发《计量发展规划（2021—2035年）》以来，国家持续加强计量顶层制度设计，加快构建国 家现代先进测量体系，为引领科学技术进步、促进经济社会高质量发展提供强有力的计量基础支撑和保 障。如今，《计量发展规划（2021—2035年）》进入深化实施阶段，计量人才结构升级迎来新进展。市 场监管总局数据显示，全国计量行业主要企事业单位从业人数达6.3万人。 在相关政策引领下，计量行业迅速发展。全国 ...

Core Viewpoint - The State Administration for Market Regulation and the Ministry of Industry and Information Technology have issued an action plan aimed at advancing key common measurement technology research for high-end measuring instruments from 2025 to 2030, focusing on domestic substitution and technological innovation in the field of instrumentation [1] Group 1: Key Technologies and Research Focus - The action plan emphasizes the research of key common measurement technologies for high-end measuring instruments, including millimeter-wave, terahertz electronic instruments, online intelligent measurement mass spectrometers, high-precision atomic gravimeters, and high-precision ultra-large force measurement devices [1] - The goal is to address measurement testing needs related to the basic processes, core algorithms, key components, and core technical indicators of mid-to-high-end products [1] Group 2: Industry Development Goals - The initiative aims to enhance the engineering and industrialization capabilities of typical mid-to-high-end instrument products [1] - It also seeks to strengthen the measurement testing and evaluation capabilities of instruments and meters, supporting technological innovation in typical instrument products through improved measurement technology levels [1] - The plan promotes the domestic substitution of instrumentation, aiming to reduce reliance on foreign technology and products [1]

Core Viewpoint - The development of QY products is a challenging journey, with the reliability of the device being proven over four years from project initiation to paper publication, involving hundreds of experiments, showcasing the engineers' respect for scientific spirit [1]. Group 1: Technical Origins - In April 2000, Suzuki Kengo joined Hamamatsu and embarked on a journey to revolutionize measurement standards in the industry, focusing on optical design despite initial challenges [4]. - Suzuki led the development of the first absolute quantum efficiency testing system, C9920-02, marking the beginning of the application of the "absolute method" [4]. Group 2: Industry-Academic Resonance - The rise of organic EL in 2004 created a demand for measuring the photoluminescence quantum yield (PLQY) of solid-state materials, which traditional methods could not adequately address [6][7]. - Suzuki collaborated with Professor Ando to develop the C9920-02 prototype, integrating a multi-channel spectrometer with an integrating sphere for solid material measurement [8]. Group 3: Market Expansion - The launch of the compact device Quantaurus-QY significantly improved operational convenience and system stability, facilitating its application in the emerging Chinese market for luminescent materials [17]. - A localized service system was established to address challenges in promoting the device in China, enhancing customer trust and understanding of its advantages over traditional methods [18][19]. Group 4: Demand-Driven Innovation - The complexity of luminescent materials led to a heightened demand for measuring upconversion materials, which traditional systems could not meet [21][23]. - The development of Quantaurus-QY PLUS was driven by clear and urgent demands from Chinese researchers, successfully addressing the measurement challenges of upconversion materials [24]. Group 5: Continuous Evolution - The timeline of the Quantaurus series illustrates the product lifecycle, with continuous innovations driven by user needs, including the development of OPAL-Luxe and MINI-PL for next-generation display materials [26][31]. - The rigorous validation process for the C9920-02 system involved extensive testing and cross-verification, culminating in significant academic publications that established its reliability [27][28]. Group 6: Legacy and Future Empowerment - The Quantaurus series has become a standard in over 3,000 laboratories globally, reflecting its impact on the transition from fundamental research to industrial application [30]. - Future developments are focused on higher precision measurement solutions for new luminescent materials, indicating ongoing commitment to innovation in the field [31].

导读： 近日，华中科技大学发布多批政府采购意向，仪器信息网特对其中的仪器设备品目进行梳理，统计出25项仪器设备采购意向， 预算总额达9758万元。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 近日，华中科技大学发布25项仪器设备采购意向，预算总额达9758万元，涉及烟气深度净化子系统、高频率光谱仪、低噪声 光谱仪、高频率近红外光谱仪、可见光光栅光谱仪等，预计采购时间为2025年4~9月。 华中科技大学 202 5 年 4~9 月仪器设备采购 意向汇总表 | 采购 | 需求概况 | 预算 | 采购 | | --- | --- | --- | --- | | 项目 | | 万元 | 时间 | | | 拟采购的烟气深度净化子系统的装置，包括布袋除尘器 | | | | | 系统1套、SCR脱硝系统1套、湿法脱硫循环系统1套、 | | | | | 辅助装置配套系统1套、测试与控制系统1套。主要功 | | | | | 能是实现烟气中粉尘、SO2、NOx排放浓度的协同控 | | | | | 制，为碳捕集利用和封存平台的各类烟气进行深度净 | | | ...

转自：中国质量报 计量筑基 产业腾飞 全国各地发挥计量作用为新质生产力发展"铺路架桥" 浙江：产业计量进入体系化推进 □ 市 闻 本报记者 曹吉根 记者近日从浙江省市场监管局获悉，由该局指导编制的《浙江省高端船舶与海工装备产业计量体系建设方案（2025年版）》即将发布实施。 该计划聚焦浙江高端船舶与海工装备产业专用测量装备缺乏、关键参数测量方法缺失、溯源体系不完善等需求，着力构建船舶与海工装备产业计量体系，提 供"全产业链、全溯源链、全寿命周期、前瞻性"的计量测试服务，对浙江省船舶与海工装备未来三年产业计量体系建设做出了系统谋划部署，为提升浙江船 舶与海工装备产业核心竞争力提供强劲支撑。 根据浙江省市场监管局的部署，这样的产业计量三年行动计划一共有10余个，涉及浙江省"415X"先进制造业集群中的绿色石化、磁性材料、生命健康、数 字安防、新能源汽车及零部件等产业。 近年来，浙江省市场监管局在提升产业计量能力方面做了大量工作，每年都要实施一批计量质量攻坚项目，推进产业计量体系建设，累计建设无人机等国家 和省级产业计量测试中心14个，制定社会公用计量标准3947项，具有校准测量能力7000余项，同时建成国际法制计 ...