共被期刊论文引用了3次
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| 1 | 颗粒粒径分布对全散射法测量颗粒质量浓度的影响显示文摘燃煤电厂烟尘排放是造成环境污染最主要的因素之一,实现电厂排放烟尘浓度的在线监测显得尤为重要。以光全散射法为理论基础,运用MATLAB编程,得到消光系数与粒径、复折射率的关系以及颗粒浓度与消光曲线的关系;在实验室搭建粉尘浓度监测台架,用0.81和2.1μm这2种聚苯乙烯标准颗粒在液相介质中对台架测试结果进行标定;而后选取3种粒径分布不同的二氧化硅球形颗粒进行测量,测量结果表明,样品中无量纲尺寸因子α>30的颗粒所占的比例越高,浓度测量的误差越大。 | 崔江 刘小伟 陈栋 徐义书 韩金克 徐明厚 | 2016 | 中国电机工程学报2016，36，16： | 9 |
| 2 | 双路扫描式激光测径仪系统设计显示文摘针对企业对小型零部件生产线上的工件线径检测精度和稳定性问题,研制了一款基于ARM+FPG A的双路扫描式激光测径系统,用于解决扁平形漆包线线径的精确测量问题。该测径系统采用标准棒法测量原理,运用累加求和取平均值的处理算法,实现了工件线径的厚度和宽度双向检测,克服了单路激光测径系统测量范围受限等缺点。实验结果表明,该测径仪精度可达到0.001 mm,示值误差不超过±0.005 mm,稳定性能好,测量精度高,适合于生产线上小尺寸工件线径的精度检测。由于FPGA的快速数据处理能力,本系统特别适用于动态线材的尺寸监测。 | 康志远 龙威 唐立军 吴定祥 | 2019 | 测控技术2019，38，5： | 4 |
| 3 | Study on imaging method for measuring droplet size in large sprays显示文摘Information of droplet size and size distribution lays the basis for investigations of atomization mechanisms and performance optimization.However,the laser diffraction and phase Doppler particle analyzers have difficulty in accurately characterizing sprays with a wide range of droplet sizes and very large droplets,especially if a large number of droplets are aspherical.A method to measure size in such largedroplet sprays based on digital imaging with backward illumination was developed,including an image acquisition system and image process programs.Calibration of the measurement system was performed using a dot calibration target with different dot sizes.An experimental setup was designed and established to characterize spray nozzles under different operation loads,as well as different nozzle arrangements.Results show that the droplet size of sprays ranges from dozens of microns to several millimeters.The superiority of wide load range for such nozzles was indicated by the size-measurement results under half-load to full-load operations.The present study revealed that the image processing technique can be effectively implemented for in-line size measurements of sprays with a wide distribution of droplet size and aspherical droplets,which would be difficult to characterize by other methods. | Wu Zhou Jiarui Hu Mingliang Feng Bin Yang Xiaoshu Cai | 2015 | Particuology2015，13，5： | 3 |
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