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- The measurement of bubble size distribution by CCD method CCD法测量精馏设备中气泡尺寸分布
- Characterization of Bubble Size Distribution in ES-DAF Unit 新型气浮装置ES-DAF中气泡粒径分布的表征
- Keywords bubble column;bubble size distribution;local gas holdup;gas velocity; 鼓泡塔;气泡尺寸分布;局部气含率;通气速率;
- Effects of bubble size distribution on aeration for cavitation alleviation under cavitating shock wave 空蚀冲击波模式下气泡尺寸在掺气减蚀中的作用
- The Prediction of the Bubble Size Distribution and the Interfacial Area on a Distillation Tray by Monte Carlo Method 方法预测精馏塔板上气泡尺寸分布及相界面积
- Analysis of Factors Affecting Bubble Size Distribution by Solving Population Balance equations Using Monte Carlo Method 方法求解粒数衡算方程分析影响气泡分布的各种因素
- EXPERIMENTAL STUDY ON BUBBLE SIZE DISTRIBUTION IN THREE-PHASE CIRCULATING FLUIDIZED BEDS 三相循环流化床中气泡大小及其分布的实验研究
- Keywords Aluminum foam;Gas-liquid flow;metal melt;bubble size distribution;Numerical simulation;Gas volume fraction;Multi-Reference Frame （MRF）; 泡沫铝;气液两相流;金属熔体;气泡尺寸分布;数值模拟;气含率;多重参考系法（MRF）;
- bubble size distribution 气泡尺寸分布
- The grain size distribution was bimodal as a whole. 尘暴降尘的粒度基本呈双峰态分布。
- The NC GaN has a uniform size distribution and spherical shape. 实验发现气凝法生成的氮化镓奈米微粒以均匀的圆球形分布。
- The bubble size is the one significant quantity which determines the conditions in the bed. 气泡尺寸是决定床内情况的一个关键因数。
- The bubble size is a significant quantity which determines the conditions in the bed. 气泡尺寸是决定床内情况的一个关键因数。
- The optimum particle size distribution of cement and its assessment method. 水泥的最佳颗粒分布及其评价方法。
- The particle size distribution of tailing can he considered as a gray system. 尾砂的粒径分布可视为一个灰色系统。
- J. Varley, “Submerged gas-liquid jets: bubble size prediction,” Chemical Engineering Science, vol.50, No.5, pp. 901-905（1995）. 张简光展，“气泡幕消波之研究”，成功大学水力及海洋工程研究所硕士论文（1999）。
- A sensitivity analysis of the difference method, interracial force and bubble- induced turbulence and bubble size was made. 对数值差分方法、相关模型（界面力和气泡诱导的紊流）和汽泡尺寸进行了敏感性分析。
- We measure the micro bubble's size distribution by N4-plus coulter and consider the probe effect made different acoustic pressure.We discuss the monitor range when input cycle number 15、20、25. 接著再依经由粒径分析仪所测得实际的粒径大小分布后考虑探头响应所造成不同的驱动声压去模拟整群的微气泡在超音波场下所造成的震荡变化。
- For the same water depth and same aperture,the gas flow was the major factor for effecting the bubble size and velocity. 对于相同的水深和相同的孔径,流量是影响气泡大小和速度的主要因素。
- The effects of bubble size, approaching velocity, diffusion of organic component and addition of electrolyte and surfactant on bubble coalescence were investigated. 考察了气泡尺寸、靠近速度、有机溶质的扩散、电解质和表面活性剂的加入对气泡聚并行为的影响。
