知识库 - 度飞飞AI指令合成平台

研究重大传染病疫情防控中基于移动大数据与接触者追踪算法的数字流行病学应用在阻断传播链与评估干预效果中的效能验证（Efficacy Validation of Digital Epidemiology Applications Based on Mobile Big Data and Contact Tracing Algorithms in Major Infectious Disease Control to Interrupt Transmission Chains and Evaluate Intervention Effects、GPS/Cellular Mobility, Privacy-Preserving Matching, Reproduction Number Estimation、COVID-19 and Tuberculosis Field Trials）在传染病防控与数字公共卫生中的效能验证——移动大数据+接触者追踪热门

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清华大学基因组中心

2025-12-24

研究基于机械设计的参数化建模、拓扑优化与多目标轻量化设计在揭示复杂结构在满足强度、刚度与重量约束下的材料分布规律及其在高性能装备与新能源载具开发中的基础作用（Fundamental Role in High-Performance Equipment and New Energy Vehicle Development of Material Distribution Laws of Complex Structures Under Strength, Stiffness, and Weight Constraints Explained by Parametric Modeling, Topology Optimization, and Multi-Objective Lightweight Design in Mechanical Design、Gradient-Based Optimization, Additive Manufacturing Compatibility, Mass–Stiffness Pareto Front、Mechanical Design and CAE Integration）在机械设计中的基础作用——参数化与拓扑优化热门

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清华大学基因组中心

2025-12-24

探讨基于机械制造工艺的高速切削机理、刀具磨损监测与加工表面完整性控制研究在阐释金属去除率提升、刀具寿命预测与表面粗糙度/残余应力调控中的工艺窗口及其在精密零件批量制造中的实践价值（Practical Value in Precision Parts Mass Production of Process Window in Metal Removal Rate Enhancement, Tool Life Prediction, and Surface Roughness/Residual Stress Control Explained by High-Speed Machining Mechanism, Tool Wear Monitoring, and Surface Integrity Control in Manufacturing Processes、Cutting Force Thermography, Acoustic Emission Diagnostics, Burnishing Pass、Manufacturing Process and Smart Machining）在机械制造工艺中的实践价值——高速切削与表面完整性热门

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清华大学基因组中心

2025-12-24

分析基于机电一体化的伺服驱动控制、位置/力矩反馈与机电耦合振动抑制研究在阐释工业机器人关节精度、动态响应与多轴联动平滑性中的系统集成机制及其在高端装备运动控制中的核心价值（Core Value in Motion Control of High-End Equipment of System Integration Mechanism in Industrial Robot Joint Accuracy, Dynamic Response, and Multi-Axis Coordination Explained by Servo Drive Control, Position/Torque Feedback, and Electromechanical Coupling Vibration Suppression in Mechatronics、PID/Fractional-Order Control, Encoder Resolution, Modal Damping、Mechatronics and Robotics Systems）在机电一体化中的核心价值——伺服控制与振动抑制热门

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清华大学基因组中心

2025-12-24

研究基于数控技术的多轴联动插补算法、误差补偿与自适应加工策略研究在揭示复杂曲面加工轨迹精度、热变形误差修正与刀具路径优化中的计算方法及其在航空发动机叶片与模具制造中的关键技术意义（Key Technical Significance in Aeroengine Blade and Mold Manufacturing of Calculation Methods in Complex Surface Toolpath Accuracy, Thermal Deformation Error Correction, and Toolpath Optimization Explained by Multi-Axis Interpolation Algorithm, Error Compensation, and Adaptive Machining in CNC Technology、Look-Ahead Interpolation, Volumetric Error Map, Spiral Entry Strategy、CNC Technology and Precision Manufacturing）在数控技术中的关键技术意义——多轴插补与误差补偿热门

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清华大学基因组中心

2025-12-24

探讨基于机器人技术的柔顺控制、力位混合控制与协作机器人安全感知研究在阐释机器人与环境/工件接触中的阻抗调节、安全减速与碰撞检测机制及其在智能制造与人机协作中的实践意义（Practical Significance in Intelligent Manufacturing and Human–Robot Collaboration of Impedance Regulation, Safe Slowdown, and Collision Detection Mechanisms in Robot Contact with Environment/Workpiece Explained by Compliant Control, Force–Position Hybrid Control, and Collaborative Robot Safety Sensing in Robotics、Variable Stiffness Actuator, FT Sensor Fusion, Safety-rated Monitoring、Robotics and HRC Systems）在机器人技术中的实践意义——柔顺与协作安全热门

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清华大学基因组中心

2025-12-24

分析基于智能制造的数字孪生车间、生产流程虚拟化与实时优化调度研究在阐释物理产线与虚拟模型同步映射、瓶颈预演与动态重调度中的信息平台及其在工业4.0与柔性制造中的战略价值（Strategic Value in Industry 4.0 and Flexible Manufacturing of Information Platform in Synchronized Mapping of Physical Line and Virtual Model, Bottleneck Prediction, and Dynamic Rescheduling Explained by Digital Twin Workshop, Process Virtualization, and Real-Time Scheduling in Intelligent Manufacturing、IoT–DCS Integration, Discrete Event Simulation, Reinforcement Learning Scheduler、Intelligent Manufacturing and Cyber-Physical Systems）在智能制造中的战略价值——数字孪生与实时调度热门

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清华大学基因组中心

2025-12-24

研究基于精密工程的微进给机构设计、热稳定性控制与亚微米定位技术研究在阐释纳米级位移台、激光加工头与光学检测平台的精度保持机制及其在半导体光刻与精密测量中的基础作用（Fundamental Role in Semiconductor Lithography and Precision Metrology of Accuracy Maintenance Mechanism of Nanometer Displacement Stages, Laser Processing Heads, and Optical Metrology Platforms Explained by Micro-Feed Mechanism Design, Thermal Stability Control, and Sub-Micron Positioning in Precision Engineering、Flexure Hinge, Active Thermal Compensation, Capacitive Feedback Positioning、Precision Engineering and Ultra-Precision Machining）在精密工程中的基础作用——微进给与热稳定性热门

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清华大学基因组中心

2025-12-24

探讨基于材料力学的多轴应力分析、疲劳裂纹萌生与寿命预测模型研究在阐释复杂载荷谱下构件损伤演化、临界缺陷识别与设计寿命评估中的理论方法及其在重载装备与关键结构件中的核心价值（Core Value in Heavy-Duty Equipment and Critical Components of Theoretical Methods in Damage Evolution, Critical Flaw Identification, and Design Life Assessment Under Complex Loading Spectrum Explained by Multiaxial Stress Analysis, Fatigue Crack Initiation, and Life Prediction Models in Mechanics of Materials、Notch Stress Approach, Paris Law, Miner’s Rule、Material Mechanics and Durability Design）在材料力学中的核心价值——多轴疲劳与寿命预测热门

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清华大学基因组中心

2025-12-24

分析基于热力学的循环效率优化、余热回收与工质特性匹配研究在阐释内燃机、燃气轮机与ORC系统中能量梯级利用与损失最小化机制及其在节能减排与清洁能源转换中的实践意义（Practical Significance in Energy Saving and Clean Energy Conversion of Energy Cascade Utilization and Loss Minimization Mechanism in ICE, Gas Turbine, and ORC Systems Explained by Cycle Efficiency Optimization, Waste Heat Recovery, and Working Fluid Matching in Thermodynamics、Exergy Analysis, Pinch Technology, Zeotropic Mixture、Thermodynamics and Power Plant Engineering）在热力学中的实践意义——循环优化与余热回收热门

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清华大学基因组中心

2025-12-24

研究基于流体力学的湍流模型优化、多相流数值模拟与流固耦合分析研究在阐释叶轮机械内部流动分离、颗粒冲蚀与结构振动中的相互作用及其在水力发电、泵阀与风机设计中的关键技术意义（Key Technical Significance in Hydroelectric, Pump–Valve, and Fan Design of Interaction Between Internal Flow Separation, Particle Erosion, and Structural Vibration in Impeller Machinery Explained by Turbulence Model Optimization, Multiphase Flow Simulation, and FSI in Fluid Mechanics、LES/DDES, Euler–Lagrange Tracking, ALE Formulation、Fluid Mechanics and Turbomachinery）在流体力学中的关键技术意义——湍流与流固耦合热门

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清华大学基因组中心

2025-12-24

探讨基于传热学的微尺度导热、相变传热强化与热界面材料研究在阐释电子器件散热、动力电池热管理与高功率激光器冷却中的传热增强机制及其在电子设备与新能源系统中的基础作用（Fundamental Role in Electronics and New Energy Systems of Heat Transfer Enhancement Mechanism in Electronic Cooling, Battery Thermal Management, and High-Power Laser Cooling Explained by Microscale Conduction, Phase-Change Enhancement, and TIM in Heat Transfer、Phonon Transport Modeling, Pore Structure Optimization, Thermal Conductivity Gradation、Heat Transfer and Thermal Management Engineering）在传热学中的基础作用——微尺度导热与相变强化热门

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清华大学基因组中心

2025-12-24

分析基于振动与噪声控制的模态识别、主动阻尼与声学包裹设计研究在阐释机床主轴、航空发动机与轨道车辆的振动抑制与噪声辐射路径阻断机制及其在高端装备舒适性与精度保持中的核心价值（Core Value in High-End Equipment Comfort and Accuracy Maintenance of Vibration Suppression and Noise Radiation Path Blocking Mechanism in Machine Spindle, Aeroengine, and Rail Vehicles Explained by Modal Identification, Active Damping, and Acoustic Shrouding in Vibration & Noise Control、OPAX/EMA, Piezoelectric Actuator Array, Helmholtz Resonator Array、Vibration Control and NVH Engineering）在振动与噪声控制中的核心价值——模态识别与主动阻尼热门

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清华大学基因组中心

2025-12-24

探讨基于疲劳与断裂的损伤容限设计、断裂韧性测试与裂纹止裂技术研究在阐释起落架、桥梁钢构与管道焊接接头的裂纹扩展路径控制与剩余寿命评估中的工程方法及其在重大装备安全运维中的实践价值（Practical Value in Safety Operation and Maintenance of Major Equipment of Engineering Methods in Crack Growth Path Control and Residual Life Assessment of Landing Gear, Bridge Steel, and Pipe Welds Explained by Damage Tolerance Design, Fracture Toughness Testing, and Crack Arrest Technology in Fatigue & Fracture、Stress Intensity Factor, CTOD, Stop-Hole Drilling、Fatigue & Fracture and Life Management）在疲劳与断裂中的实践价值——损伤容限与止裂热门

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清华大学基因组中心

2025-12-24

研究基于微纳制造的LIGA工艺、深反应离子刻蚀与原子层沉积研究在阐释微机电系统（MEMS）结构高深宽比成型、纳米薄膜均匀生长与器件性能一致性控制中的工艺原理及其在传感器与微执行器批量化制造中的关键技术意义（Key Technical Significance in Batch Manufacturing of Sensors and Microactuators of Process Principles in High-Aspect-Ratio MEMS Formation, Nano-Thin Film Uniform Growth, and Device Performance Uniformity Control Explained by LIGA, DRIE, and ALD in Micromanufacturing、Synchrotron UV Lithography, Bosch Process, Self-Limiting Reaction、Micromanufacturing and Nanofabrication）在微纳制造中的关键技术意义——LIGA与ALD 热门

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清华大学基因组中心

2025-12-24

探讨基于增材制造（3D打印）的激光选区熔化、熔丝沉积与多材料打印研究在阐释复杂内腔结构一体化成形、梯度材料功能集成与快速样件试制中的工艺窗口及其在定制化医疗植入物与航天轻量化构件中的实践价值（Practical Value in Custom Medical Implants and Aerospace Lightweight Components of Process Window in Integral Forming of Complex Internal Cavities, Gradient Material Integration, and Rapid Prototyping Explained by SLM, FDM, and Multi-Material Printing in Additive Manufacturing、Powder Bed Fusion, Interlayer Bonding Control, Digital Material Design、Additive Manufacturing and Rapid Product Development）在增材制造中的实践价值——SLM与多材料打印热门

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清华大学基因组中心

2025-12-24

分析基于逆向工程的三维扫描、点云重构与参数化再设计研究在阐释复杂曲面零件外形捕获、缺损重建与数字模型再生中的技术流程及其在古文物复制与旧机改造中的独特意义（Unique Significance in Cultural Relic Replication and Legacy Machine Retrofit of Technical Workflow in Capturing Complex Surface Geometry, Reconstructing Defects, and Regenerating Digital Models Explained by 3D Scanning, Point Cloud Reconstruction, and Parametric Redesign in Reverse Engineering、Structured Light/Coded Light, Mesh Fitting, Feature-Based Modeling、Reverse Engineering and Digital Heritage）在逆向工程中的独特意义——三维扫描与点云重构热门

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清华大学基因组中心

2025-12-24

研究基于机械可靠性的故障树分析、可靠性预计与加速寿命试验研究在阐释关键系统失效因果链建模、寿命分布拟合与短时高应力测试中的方法体系及其在核电装备与轨道交通信号设备中的核心价值（Core Value in Nuclear Power Equipment and Railway Signaling Devices of Method System in Failure Causal Chain Modeling, Life Distribution Fitting, and Short-Time High-Stress Testing Explained by FTA, Reliability Prediction, and ALT in Mechanical Reliability、Minimal Cut Set, Weibull/Nelson–Aalen Model, Arrhenius Acceleration、Reliability Engineering and Safety Assurance）在机械可靠性中的核心价值——FTA与加速寿命试验热门

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清华大学基因组中心

2025-12-24

探讨基于非标自动化的模块化工作站设计、柔性夹具与视觉引导装配研究在阐释小批量多品种产品快速换型、精密定位与自动识别中的集成方案及其在电子制造与医疗器械装配中的实践意义（Practical Significance in Electronics and Medical Device Assembly of Integrated Solutions in Rapid Changeover, Precision Positioning, and Auto-Recognition for Low-Volume High-Variety Production Explained by Modular Workstation Design, Flexible Fixturing, and Vision-Guided Assembly in Custom Automation、ISO Plate System, Quick-Change Pallet, Pattern Match with Subpixel Accuracy、Custom Automation and Smart Assembly）在非标自动化中的实践意义——模块化与视觉引导热门

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清华大学基因组中心

2025-12-24

分析基于液压与气动的比例阀控制、负载敏感系统与能耗优化研究在阐释工程机械臂力精确跟随、行走负载适应与系统发热/泄漏最小化中的工作原理及其在节能型重型装备中的基础作用（Fundamental Role in Energy-Efficient Heavy Equipment of Working Principles in Precise Force Tracking, Load Adaptation, and System Heating/Leakage Minimization of Construction Machinery Arms Explained by Proportional Valve Control, Load-Sensing System, and Energy Optimization in Hydraulics & Pneumatics、Electrohydraulic Control, Pressure Compensation, Regenerative Circuit、Fluid Power and Energy-Efficient Machinery）在液压与气动中的基础作用——比例控制与负载敏感热门

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清华大学基因组中心

2025-12-24

研究基于机械传动的行星齿轮均载、谐波传动回差控制与磁力传动密封研究在阐释高扭矩密度变速、精密回零与无接触动力传输中的设计要点及其在机器人关节与化工泵阀中的关键技术意义（Key Technical Significance in Robotic Joints and Chemical Pumps of Design Essentials in High Torque Density Shift, Precision Return-to-Zero, and Contactless Power Transmission Explained by Planetary Gear Load Sharing, Harmonic Drive Backlash Control, and Magnetic Coupling Sealing in Mechanical Transmissions、Tooth Pair Matching, Flexspline Preload, Rare-Earth Magnet Array、Power Transmission and Precision Mechanisms）在机械传动中的关键技术意义——行星与谐波传动热门

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清华大学基因组中心

2025-12-24

分析基于无损检测的超声相控阵成像、涡流阵列与红外热像检测研究在阐释焊缝内部缺陷定位、导电材料近表面裂纹与热障涂层脱粘检测中的信号解析与成像算法及其在制造质量控制和在役监测中的核心价值（Core Value in Manufacturing QC and In-Service Monitoring of Signal Processing and Imaging Algorithms in Weld Defect Location, Near-Surface Cracks in Conductors, and TBC Debonding Detection Explained by Phased Array UT, Eddy Current Array, and Infrared Thermography in NDT、FMC/TFM Imaging, C-scan Mapping, Thermal Wave Phase Analysis、NDT and Structural Health Monitoring）在无损检测中的核心价值——相控阵与涡流阵列热门

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清华大学基因组中心

2025-12-24

分析基于农业机械的变量施肥播种机构、作物秸秆粉碎与田间行走底盘研究在阐释精准农业中按需投入、秸秆还田与复杂地形通行中的机构创新及其在粮食安全与可持续耕作中的基础作用（Fundamental Role in Food Security and Sustainable Farming of Mechanism Innovation in On-Demand Input, Straw Recycling, and Rough Terrain Mobility in Precision Agriculture Explained by Variable Rate Fertilizer-Seeder Mechanism, Straw Chopper, and Field Chassis in Agricultural Machinery、GIS-Based Section Control, Knife-Pitch Optimization, Articulated Steering、Agricultural Engineering and Precision Farming）在农业机械中的基础作用——变量施肥与秸秆处理热门

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清华大学基因组中心

2025-12-24

分析基于人机工程的操作界面可达性、作业姿势负荷评估与虚拟现实培训研究在阐释工业设备、医疗手术台与驾驶舱的人机匹配、疲劳降低与技能传递中的评估与优化体系及其在提升作业安全性与效率中的核心价值（Core Value in Enhancing Operational Safety and Efficiency of Assessment and Optimization System in Ergonomic Matching, Fatigue Reduction, and Skill Transfer for Industrial Equipment, Medical Tables, and Cockpits Explained by Interface Reachability, Postural Load Assessment, and VR Training in Ergonomics、REBA/RULA Analysis, Motion Capture, Immersive Simulation、Ergonomics and Human Factors Engineering）在人机工程中的核心价值——姿势负荷与VR培训热门

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清华大学基因组中心

2025-12-24

研究基于标准化与质量管理的公差分析、统计过程控制与六西格玛改进研究在阐释零件配合精度设计、制造过程变异监控与缺陷率降低中的系统方法及其在提升产品一致性与市场竞争力中的关键技术意义（Key Technical Significance in Enhancing Product Consistency and Market Competitiveness of Systematic Methods in Fit Tolerance Design, Process Variation Monitoring, and Defect Rate Reduction Explained by Tolerance Stack-Up Analysis, SPC, and Six Sigma in Standardization & Quality Management、RSS/Monte Carlo Tolerance Stack-Up, Control Charting, DMAIC Roadmap、Quality Engineering and Process Excellence）在标准化与质量管理中的关键技术意义——公差分析与SPC 热门

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清华大学基因组中心

2025-12-24

探讨基于振动能量俘获的压电悬臂梁设计、磁致伸缩发电机与摩擦电纳米发电机研究在阐释机械系统低功耗传感器自供能、结构健康监测无线节点与可穿戴设备能量回收中的俘获机理及其在智能结构与物联网节点中的实践价值（Practical Value in Smart Structures and IoT Nodes of Harvesting Mechanisms in Self-Powered Low-Power Sensors, SHM Wireless Nodes, and Wearable Energy Recovery Explained by Piezo Cantilever Design, Magnetostrictive Generator, and Triboelectric Nanogenerator in Vibration Energy Harvesting、Resonance Tuning, Bending Mode Excitation, Contact-Separation Mode、Energy Harvesting and Self-Powered Systems）在振动能量俘获中的实践价值——压电与摩擦电俘获热门

CRISPR-Cas9系统全解析，包含Prime Editing、Base Editing等新型编辑工具

清华大学基因组中心

2025-12-24

探讨基于机器人加工的五轴机器人铣削、机器人磨抛与机器人激光焊接研究在阐释大型复杂曲面构件在现场加工、表面精整与异种材料连接中的柔性与可达性优势及其在大型装备现场修复与定制化制造中的实践价值（Practical Value in On-Site Repair and Custom Manufacturing of Flexibility and Reachability Advantages in Field Machining, Surface Finishing, and Dissimilar Material Joining of Large Complex Surfaces Explained by 5-Axis Robotic Milling, Robotic Grinding/Polishing, and Robotic Laser Welding in Robotic Machining、TCP Calibration, Force–Speed Control, Beam Oscillation Mode、Robotic Manufacturing and On-Demand Fabrication）在机器人加工中的实践价值——柔性与现场加工热门

CRISPR-Cas9系统全解析，包含Prime Editing、Base Editing等新型编辑工具

清华大学基因组中心

2025-12-24

研究基于数字孪生的机械系统全生命周期建模、实时状态映射与预测性维护研究在阐释生产线、动力装备与交通车辆在设计–制造–服役各阶段的虚拟镜像与决策支持中的信息平台及其在工业4.0与智慧运维中的战略价值（Strategic Value in Industry 4.0 and Smart Maintenance of Information Platform in Virtual Mirror and Decision Support Across Design–Manufacturing–Service Phases for Production Lines, Power Equipment, and Vehicles Explained by Digital Twin for Mechanical Systems, Real-Time State Mapping, and Predictive Maintenance、Multi-Resolution Modeling, Edge–Cloud Sync, PHM Analytics、Digital Twin and Smart Manufacturing）在数字孪生中的战略价值——全生命周期建模与预测维护热门

CRISPR-Cas9系统全解析，包含Prime Editing、Base Editing等新型编辑工具

清华大学基因组中心

2025-12-24

探讨基于机械系统安全的故障模式与影响分析、联锁防护设计与应急响应策略研究在阐释高风险装备如冲压机、起重机械与压力容器在操作失误、元件失效与异常工况下的风险遏制与人员防护中的系统方法及其在工业安全生产中的实践价值（Practical Value in Industrial Safety Production of Systematic Methods in Risk Containment and Personnel Protection for High-Risk Equipment Under Operator Error, Component Failure, and Abnormal Conditions Explained by FMEA, Interlock Protection Design, and Emergency Response in Mechanical Safety、Critical Path Ranking, Two-Hand Control, Fail-Safe Actuation、Safety Engineering and Hazard Mitigation）在机械系统安全中的实践价值——FMEA与联锁防护热门

CRISPR-Cas9系统全解析，包含Prime Editing、Base Editing等新型编辑工具

清华大学基因组中心

2025-12-24

研究基于微机电系统的硅基加速度计、陀螺仪与微泵微阀研究在阐释惯性导航、姿态感知与微流控输运中微型化、低功耗与高灵敏度检测中的工艺兼容性与系统集成及其在消费电子与生物医疗中的关键技术意义（Key Technical Significance in Consumer Electronics and Biomedical Fields of Process Compatibility and System Integration in Miniaturized, Low-Power, High-Sensitivity Detection for Inertial Navigation, Attitude Sensing, and Microfluidic Transport Explained by Silicon MEMS Accelerometers, Gyros, and Micro-Pumps/Valves in MEMS、SOI-Based Etching, Thermopneumatic Actuation, Capillary Burst Valve、MEMS Technology and Portable Systems）在微机电系统中的关键技术意义——硅基惯性器件与微泵热门

CRISPR-Cas9系统全解析，包含Prime Editing、Base Editing等新型编辑工具

清华大学基因组中心

2025-12-24

知识库列表 特别版

知识库列表特别版