Core Viewpoint - The article discusses the recent government procurement intentions released by zycgr, highlighting a total of 41 items related to instrument equipment with a total budget of 139 million yuan, expected to be procured by December 2025 [2][5]. Summary by Sections Procurement Overview - The procurement intentions include advanced instruments such as infrared single-photon detectors, entanglement source ground detection systems, and high-resolution multi-mode superconducting single-photon detectors [2][4]. - The total budget for these procurements is 139 million yuan [5]. Detailed Procurement List - Specific items include: - Infrared single-photon detectors: 150 million yuan for 10 sets, required for quantum science experiments [4]. - Entanglement source ground detection system: 200 million yuan for 1 set, to support future entanglement distribution experiments [4]. - High time-resolution multi-mode superconducting single-photon detectors: 400 million yuan for 2 sets, needed for scientific applications [4]. - Various laser systems and components, including high-power lasers and low-temperature platforms, with budgets ranging from 130 million to 700 million yuan [6][7]. - The procurement is aimed at enhancing capabilities in quantum science and related fields, with specific requirements for installation, maintenance, and warranty periods [4][6]. Additional Information - The procurement is part of a broader initiative to support quantum research and technology development, indicating a significant investment in advanced scientific instruments [2][8]. - The article emphasizes the importance of these instruments in facilitating cutting-edge research in quantum materials and technologies [7][8].

Core Viewpoint - The Chinese Academy of Sciences Microelectronics Research Institute has announced procurement intentions for 10 types of instruments and equipment, with a total budget of 119 million yuan, scheduled for procurement between June and November 2025 [2][3]. Procurement Overview - The procurement includes advanced semiconductor manufacturing equipment such as: - 8-inch chemical pure gas high selectivity isotropic etching equipment - 3D integrated packaging structure function analyzer - Critical dimension measurement equipment - High-precision scanning electron microscope [3][4][5][6]. Instrument Descriptions - **Imaging-Based Overlay Measurement Tool**: A key detection device in semiconductor manufacturing for high-precision measurement of overlay errors, essential for aligning multi-layer micro-nano structures on chips. It is becoming a mainstream solution due to its high resolution and non-contact characteristics as feature sizes shrink to below 5 nm [4]. - **3D Integrated Packaging Structure Function Analyzer**: A multifunctional, high-precision, non-destructive analysis system for 3D integrated packaging structures, crucial for manufacturing, reliability testing, and failure analysis. It addresses the high demands of complex structures in advanced packaging technologies [5]. - **Diffraction-Based Overlay Measurement Tool**: An advanced technology for high-precision measurement of overlay errors in semiconductor manufacturing, utilizing diffraction patterns to achieve sub-nanometer precision [6]. Budget and Procurement Timeline - The total budget for the procurement is 119 million yuan, with specific allocations for each type of equipment. The procurement is expected to occur from June to November 2025 [2][3][8].

Core Viewpoint - Tianjin University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 110 million yuan, covering 22 items including advanced microscopy and testing equipment, expected to be procured by September 2025 [2][3]. Instrument Procurement Summary - The procurement includes a Video-Rate High-Speed Atomic Force Microscope (HS-AFM), which can achieve video frame rates (≥ 1 frame/second, up to 10-20 frames/second), allowing real-time observation of dynamic biological processes and material behaviors at the nanoscale [4][5]. - A Fully Electronic Static and Dynamic Material Testing Machine is also included, which integrates static and dynamic fatigue testing, suitable for various materials including metals and polymers, widely used in research institutions and industries [6]. - An In-situ XRD-Raman Coupling Characterization System will be procured, enabling simultaneous acquisition of crystal structure and molecular vibration information under external stimuli, facilitating comprehensive and non-destructive studies of material dynamics [7][8]. Detailed Procurement List - The procurement list includes various advanced instruments such as: - 4D-STEM hybrid pixel direct electron detector for materials research [10]. - Nonlinear optical multimodal high-resolution imaging system for characterizing materials and biological samples [10]. - In-situ mechanical and electrochemical systems for studying new energy materials [10]. - High-precision X-ray multi-scale analysis instrument for polymer and nanostructured materials [11]. - Low-temperature strong magnetic field measurement system for studying electrical and thermal properties of materials [12]. - A comprehensive system integrating multiple characterization techniques for thin film preparation and analysis [12].

Group 1 - The article highlights that Tianjin University has released multiple government procurement intentions, with a total budget of 110 million yuan for 22 items of instrument and equipment [2] - The article emphasizes the importance of a practical course on liquid chromatography-mass spectrometry (LC-MS) troubleshooting and maintenance, aimed at addressing common issues faced in laboratories [3][4] Group 2 - The course content includes foundational troubleshooting, pollution residue handling, daily maintenance, and advanced case studies, providing a comprehensive learning experience [3][11] - Participants can expect to enhance their operational capabilities, leading to reduced downtime and increased experimental efficiency [5][6] - The course is designed for personnel involved with LC-MS instruments, offering solutions to common pain points in instrument maintenance [7][8] Group 3 - The course is currently offered at a discounted price of 99 yuan, providing high value with additional benefits such as a completion certificate and dedicated support [9][10]

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。 日前，工业和信息化部直属高校及中国科学院直属高校公布了2024年度经费决算情况。至此，84所部属高校经费决算 已出炉（国际关系学院尚未查询到）。 这些高校中，25所高校总经费突破百亿。 清华大学 以387.93亿元领跑全国。工业和信息化部直属高校中， 哈尔 滨 工业大学 总经费200.30亿元，居部属高校第5位。 中国科学技术大学 总经费144.94亿元，居部属高校第15位。 导读： 2024年84所部属高校经费决算公布，清华以387.93亿居首，25所超百亿。 教育部、工业和信息化部、中国科学院直属高校2024年度决算经费汇总如下： | 学校名称 | 主管 总经费 本年收入 | 本年支出 | 年末结转和 | | --- | --- | --- | --- | | | 部门 （亿元） （亿元） | （亿元） | 结余（亿元） | | 清华大学 | 教育部 387.93 259.82 258.38 | | 103.2 | | 浙江大学 | 教育部 331.21 194.73 182.14 | | ...

Core Viewpoint - Suzhou University has announced procurement intentions for 11 types of scientific instruments, with a total budget of 105 million yuan, scheduled for purchase in August 2025 [2][3]. Procurement Summary - The procurement includes high-throughput fluorescence imaging systems, integrated optical network transmission systems, ultra-high vacuum Raman/scanning probe fiber systems, and a 600MHz solid-state wide-bore NMR spectrometer, among others [3][8]. - The detailed procurement list includes: - High-throughput fluorescence imaging system: 4.6 million yuan - Optical network switching system: 6.4 million yuan - Integrated optical network transmission system: 13.6 million yuan - Ultra-high vacuum Raman system: 1.2 million yuan - Multifunctional STM-AFM microscope: 5.35 million yuan - MALDI TOF/TOF mass spectrometer: 4.2 million yuan - 600MHz solid-state wide-bore NMR spectrometer: 19 million yuan - 400MHz liquid NMR spectrometer: 2.8 million yuan - C1350AI-2/D flexible material vacuum composite intelligent preparation system: 23.4 million yuan - Radiation analysis system: 17.6 million yuan - Radiation imaging system: 6.6 million yuan [8]. Institutional Background - Suzhou University is a key comprehensive university in Jiangsu Province, recognized for its rapid development and strong academic heritage, with over 120 years of history [8][9]. - The university has achieved significant accomplishments in discipline construction, talent cultivation, and scientific research innovation, ranking 38th among mainland Chinese universities and 317th globally in the U.S. News 2024 World University Rankings [9][10]. - The university emphasizes a balanced approach to teaching and research, with 19 disciplines in the top 1% of ESI globally, showcasing its strong international academic influence [10].

Core Viewpoint - The article discusses the procurement intentions of the Institute of Modern Physics, Chinese Academy of Sciences, which includes 18 items of scientific instruments and equipment with a total budget of 100 million yuan, expected to be purchased between May and August 2025 [1][2]. Procurement Overview - The procurement includes high-power solid-state power sources, target loop systems, waveguide transmission line components, and superconducting cavity power couplers, among others [2][4]. - The total budget for these procurements is 100 million yuan, indicating significant investment in advanced scientific research equipment [1][2]. Detailed Procurement List - **P-band High-Power Solid-State Power Source**: - Quantity: 15 units - Specifications: 70 kW output per unit, 650 MHz operating frequency, and a 10-year lifespan [4][5]. - **Target Loop System**: - Quantity: 1 set - Designed for high-power spallation target technology, with specific requirements for temperature, pressure, and material specifications [5][6]. - **Waveguide Transmission Line Components**: - Quantity: 16 sets - Technical requirements include low loss and high stability at 650 MHz frequency [5][6]. - **HWR040 Superconducting Cavity Power Couplers**: - Quantity: 25 units - Designed to operate at 325 MHz with a maximum continuous wave power of 10 kW [6][7]. - **Low-Power Target Station Beamline Standard Current Modules**: - Quantity: 130 units - Specifications include ±100A output at various voltages [7][8]. - **Gamma Camera**: - Designed for measuring gamma radiation with specific energy resolution and imaging capabilities [7][8]. - **Isotope Weak Current Cabinets**: - Quantity: 103 units - Designed for medical isotope drug development with a lifespan of at least 15 years [8][9]. Timeline and Service Requirements - The expected procurement timeline for most items is between May and August 2025, with specific delivery and installation timelines outlined for each item [2][4][5]. - Suppliers are required to provide comprehensive after-sales service, including installation, debugging, and maintenance support [7][8][9].

Core Insights - The article highlights high-paying job opportunities in the instrumentation sector, specifically targeting sales and engineering positions in various companies [2][3][4][5][6][7][8][9][10][11][12][13][14][15]. Job Opportunities - Agilent is seeking an Application Engineer for gas chromatography in Shanghai, offering a salary range of 25k-35k with 13 months of pay. Candidates should have over 7 years of relevant experience [2]. - Hitachi is looking for a Market Engineer for electron microscopes in Guangzhou, with a salary range of 10k-30k and 12 months of pay. A master's or doctoral degree and 2 years of experience are required [3]. - Anton Paar is hiring a Sales Engineer for laboratory instruments in Harbin, with a negotiable salary. Candidates need at least 3 years of industry experience and a relevant educational background [4]. - Baoche Bio is offering a position for a Mass Spectrometer Sales role in Hangzhou, with a salary range of 8k-12k and 12 months of pay [5]. - Pano is looking for a Sales Engineer in Hangzhou, with a salary range of 8k-12k and 13 months of pay [7]. - Shenghan is hiring an Application Development Expert in Qingdao, with a salary range of 12k-25k and 16 months of pay. A master's degree in analytical chemistry is required [9]. - Innovation Power is seeking a Quality Assurance Validation Expert in Beijing, with a salary range of 10k-15k and 12 months of pay. Experience in the pharmaceutical industry is necessary [10]. - Leibert Tech is looking for an ICP-MS Application Engineer in Shanghai, with a salary range of 8k-13k and 12 months of pay [11]. - Kailai is hiring a Chemical Analysis Engineer in Qingdao, with a salary range of 10k-15k and 14 months of pay [13]. - Haisi is seeking a Water Treatment Process Engineer in Shanghai, with a salary range of 10k-15k and 13 months of pay. Candidates should have over 3 years of experience in related fields [15].

Core Viewpoint - The article emphasizes the critical role of scientific instruments in the formulation and revision of 823 national standards across various sectors, including plastic chemicals, metal materials, information technology, equipment manufacturing, consumer product safety, energy environment, and medical devices [1][2]. Summary by Relevant Sections National Standards Overview - A total of 823 national standard drafts are open for public consultation, covering multiple fields such as plastic chemicals, metal materials, and medical devices [2]. - The extensive standardization work highlights the importance of scientific instruments as the "eyes" and "brains" of modern industry, relying on precise and reliable analytical testing methods and instrument technology advancements [2]. Instrumentation Technologies - Inductively Coupled Plasma (ICP) technology, including emission spectroscopy and mass spectrometry, is frequently mentioned as a key method for analyzing metal and alloy compositions, detecting environmental pollutants, and controlling impurities in high-purity materials [2]. - The family of ray technologies, including X-ray diffraction (XRD), X-ray fluorescence (XRF), and non-destructive testing (DR/CT), has expanded its application from traditional material phase analysis to residual stress measurement and online industrial inspection, showcasing its powerful penetration and information acquisition capabilities [2]. - Chromatography and spectroscopy (both molecular and atomic), along with mass spectrometry, form a core technology matrix for food safety, chemical identification, and material aging mechanism research [2]. Standardization and Methodology - The standards not only regulate product performance but also impose strict requirements on the methodologies, precision, and consistency of testing instruments, marking a shift from empirical judgment to a new phase of scientific evaluation driven by precision instruments and data [3]. - The article lists specific projects and their deadlines, such as the establishment of standards for biobased plastics' carbon and environmental footprints, and various standards related to industrial applications and asset management [3][5][6].

Core Viewpoint - The article emphasizes the importance of a comprehensive management system for the transportation of optical microscopes, focusing on 18 key control points throughout the entire logistics process [1] Group 1: Pre-Transportation Preparation - Equipment status confirmation includes functional testing, cleaning, and firmware checks to ensure the microscope is ready for transport [2] - Transportation plan formulation involves route planning to minimize transfer points, seasonal adaptations, and insurance coverage to mitigate risks [2] Group 2: Packaging Implementation - The inner packaging consists of shock-absorbing materials and custom foam inserts to secure the microscope, along with desiccants to control humidity [3] - The middle packaging includes dust covers and temperature-humidity monitoring devices to ensure environmental stability during transport [3] - The outer packaging utilizes IPPC-certified wooden crates with specific markings and waterproof treatments to protect against external elements [3] Group 3: In-Transit Monitoring - Sensor deployment includes vibration, temperature, and humidity monitoring systems to collect real-time data and ensure the safety of the equipment during transit [4] - An exception response process is established to address any anomalies detected during transportation [4] Group 4: Delivery Acceptance - The acceptance process involves a thorough inspection of the packaging, verification of accompanying documents, and a detailed functional testing of the microscope upon delivery [5] - A formal acceptance report is signed to document the condition of the equipment and any discrepancies [5] Group 5: Special Scenario Response Plans - International transport requires customs compliance, voltage adaptation, and multilingual support to facilitate smooth delivery [6] - Specific measures for extreme conditions, such as polar or conflict zones, include temperature control, safety enhancements, and emergency evacuation plans [6] Group 6: Future Trends - The integration of IoT technology for environmental monitoring and data collection during transport is highlighted, along with the use of AI for risk prediction [7] - Blockchain technology is proposed for data integrity and supply chain collaboration, ensuring transparency and trust in the transportation process [7] - Automation in transportation, including the use of unmanned vehicles and robotic arms for loading and unloading, is anticipated to enhance efficiency [7]