Core Viewpoint - Nanjing University has announced multiple government procurement intentions for scientific instruments, with a total budget of 87.9 million yuan, covering 23 items of equipment expected to be procured between November 2025 and June 2026 [1][2]. Procurement Summary - The procurement includes advanced scientific instruments such as multimodal terahertz spectroscopy systems, high-precision characterization devices, and various imaging systems, indicating a focus on enhancing research capabilities in multiple scientific fields [2][3]. Detailed Procurement List - Near-infrared confocal microscope system with a budget of 3.8 million yuan, aimed at achieving high-resolution imaging across various sample types [4]. - High-brightness X-ray single crystal diffractometer with a budget of 6.33 million yuan, designed for crystal structure research of small and weakly diffracting samples [5]. - Flow cytometer with a budget of 2.7 million yuan, intended for high-throughput sorting of microbial monoclonal cells [6]. - Automated cell selection and molecular cloning platform with a budget of 4 million yuan, supporting high-throughput molecular cloning and purification processes [6]. - High-throughput fully automated catalyst evaluation device with a budget of 1.8 million yuan, featuring multiple independent channels for parallel evaluation [6]. - 400 MHz liquid NMR spectrometer with a budget of 3.58 million yuan, designed for advanced nuclear magnetic resonance studies [7]. - 120 kV transmission electron microscope with a budget of 3.2 million yuan, aimed at high-resolution imaging [7]. - Semiconductor materials device optical characterization system with a budget of 2.7 million yuan, focusing on ultrafast dynamics measurement [7]. - Biological activity molecular spatial metabolism analysis system with a budget of 7.05 million yuan, supporting high-resolution mass spectrometry detection [7]. - Multimodal small animal in vivo imaging system with a budget of 3.65 million yuan, designed for advanced imaging capabilities [8]. - Intelligent automated material conversion workstation with a budget of 2 million yuan, facilitating automated synthesis and analysis [8]. - Infrared laser-tuned CO2 oxygen-17 isotope spectrometer with a budget of 2 million yuan, focusing on high sensitivity and low sample consumption [9]. - High-resolution laser confocal fluorescence imaging microscope with a budget of 4.2 million yuan, for detailed molecular and structural analysis [10]. - Thermal gravimetric analysis infrared spectrometer with a budget of 2.58 million yuan, designed for comprehensive thermal analysis [11]. - Low-dimensional thin film material physical vapor deposition equipment with a budget of 3.2 million yuan, aimed at advanced material fabrication [12]. - Semiconductor device modeling and reliability testing system with a budget of 4 million yuan, supporting various semiconductor device tests [13]. - Full-spectrum flow cytometer with a budget of 3.5 million yuan, for high-throughput multi-parameter analysis [13]. - Low-temperature ferromagnetic testing system with a budget of 2 million yuan, providing precise magnetic field control [13]. - Integrated device ultrafast photoacoustic high-precision characterization and in-situ detection instrument with a budget of 4.36 million yuan, focusing on internal defect detection [14]. - Ultra-high vacuum magnetron sputtering system with a budget of 2 million yuan, designed for advanced material deposition [14]. - Multimodal terahertz spectroscopy detection and imaging system with a budget of 2.79 million yuan, aimed at comprehensive material analysis [15].