Core Insights - Anhui University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 99.45 million yuan [2][3]. Procurement Overview - The procurement includes nine types of instruments, such as: - Transmission electron microscope microwave sample stage - Seafloor seismic detection system - Atomic-level precision material characterization equipment system - High-throughput automated synthesis system - Three-dimensional atom probe - Confocal Raman/fluorescence imaging system - High-throughput automated synthesis instrument - Low-temperature scanning tunneling microscopy testing subsystem - Comprehensive sub-micron level single crystal structure testing instrument - The expected procurement period is from September to December 2025 [3][4]. Instrument Descriptions - **Low-Temperature Scanning Tunneling Microscopy Testing Subsystem**: A core technology platform for modern condensed matter physics and nanomaterials research, designed for atomic-level resolution characterization in ultra-low temperature environments [4]. - **High-Throughput Automated Synthesis System**: A key tool in modern drug development and materials science, capable of parallel synthesis, purification, and characterization of hundreds to thousands of compounds, improving efficiency by over 100 times [5]. - **Comprehensive Sub-Micron Level Single Crystal Structure Testing Instrument**: An advanced device for high-resolution crystallographic analysis and microstructure characterization, integrating multiple techniques for precise analysis of materials at the sub-micron scale [6]. Specific Procurement Items - **Atomic-Level Precision Material Characterization Equipment System**: Budget of 30 million yuan, including various subsystems for precise analysis of defects and electronic states at the atomic level [8]. - **Three-Dimensional Atom Probe**: Budget of 35 million yuan, recognized as the most advanced technology for analyzing material composition and distribution at near-atomic scales [9]. - **Seafloor Seismic Detection System**: Budget of 2.25 million yuan, designed for high-sensitivity seismic signal collection in shallow and deep-sea environments [10].

出范围：+/-10V；电流测量量程：1μA，10μA，100μA， | 制备 | 系统 | | | | | | --- | --- | --- | --- | --- | --- | | 及相 | 关配 | | | | | | 套采 | 购项 | | | | | | 目 | 多物 | | | | | | 理场 | 数量1套，基于磁光克尔效应用于磁畴的原位多物理场实空间表 | 微区 | | | | | 征，开展磁存储材料、磁性芯片器件的基础与应用研究。主要技术 | 2025 | 磁畴 | 参数包括：温度范围：80 K-420 K; 磁场范围: 面内最大磁场 | 100 | 年 9 | | 表征 | >0.7 T，垂直最大磁场>1.2 T；磁畴分辨率:<600 nm；可集成电 | 月 | 系统 | | | | 学模块。 | 采购 | | | | | | 项目 | 本项目拟采购光电信息获取类设备服务于安徽大学光电信息获取与 | | | | | | 防护技术全国重点实验室建设，用于满足实验室非接触和近距离光 | 光电 | 电信息测量和感知研究需求。包含非接触光电测量系统等两套设 | | | | | 信息 | 备，主要 ...