1.
Numerical Study of the Liquid Core Reduction for Thin Slab Continuous Casting;
薄板坯连铸液芯压下过程的数值仿真
2.
The Analysis of Raman Spectrum of CCl_4 in Liquid-Core Optical Fiber;
液芯光纤中CCl_4的拉曼光谱分析
3.
Numerical Study of the Liquid Core Reduction for Thin Slab Continuous Casting
薄板坯连铸液芯压下过程的数值模拟
4.
Microfluidic L-L Extraction System Based on Stopped-flow Technique and LCW Capillary;
基于液芯波导管的微流控停流液—液萃取系统的研究
5.
THE STUDY OF LIQUID CORE LIGHT WAVE GUIDE INTELLEGENT MEASURING SYSTEM FOR ALCOHOL CONCENTRATION
液芯光波导乙醇浓度智能测量系统的研究
6.
Liquid Core Waveguide Absorbance Spectroscopy and Its Analytical Applycation in Food Safety;
液芯波导光度分析及其在食品安全中的应用
7.
Studies on Microfluidic Chip-Based Liquid-Liquid Extraction and Multiphase Laminar Flow Separation Techniques
微流控芯片液-液萃取和多相层流技术的研究
8.
Analysis on Flow Force of the Hydraulic Poppet Valve with the Moving Cone Based on CFD;
基于CFD的液压锥阀阀芯启闭过程的液动力分析
9.
ELECTROHYDRODYANMIC SIMULATION OF DROPLET DYNAMICS IN ELECTROWETTING DROPLET MICROFLUIDIC CHIP
电润湿液滴微流控芯片液滴驱动的EHD数值模拟
10.
Investigation into the Cavitation Noise in Grooves of Spool Valve;
液压阀芯节流槽气穴噪声特性的研究
11.
Glass Microfluidic Chip for Blood Analysis;
玻璃微流控芯片用于血液分析的研究
12.
Applications of SED1330 and Study on Chinese Characters Displaying on LCD
SED1330芯片及其液晶汉字显示技术研究
13.
Preliminary Development of Liquichip Detection Technique for Rapid Detection of Newcastle Disease Virus
新城疫液相芯片快速检测方法的建立
14.
The Multi-functions of Micro-bubble Drilling Fluid for Core Drilling
微泡钻井液在岩芯钻探中的多重功效
15.
Application of SNP-Arrays in Hematological Malignancies--Review
SNP芯片技术在恶性血液病中的应用
16.
Microparticle Content Changes of Ice Core with Time at Melted State-A Study on Microparticle of Ice Core from King George Island, Antarctica
液态下冰芯微粒含量随时间的变化-南极乔治王岛冰芯微粒研究(英)
17.
Core-Pulling Structural Analysis and Hydraulic Core-Pulling Design for Bushing-Type Parts Die-Casting Die
衬套类零件压铸模抽芯结构分析及其液压抽芯设计
18.
Coalescing filters used in air compressors flow the outside of the element in while coalescing filters used in vacuum pumps flow the inside of the element out.
空气压缩机气液分离滤芯，流向由外向内，真空泵气液分离滤芯流向由内向外。