spatters

英 [ˈspætəz]

美 [ˈspætərz]

v.  溅; 洒; 洒落; 滴滴答答地落下
spatter的第三人称单数

柯林斯词典

• V-ERG 溅;洒
  If a liquidspattersa surface or youspattera liquid over a surface, drops of the liquid fall on an area of the surface.
  1. He stared at the rain spattering on the glass...
     他凝视着雨点溅落在玻璃上。
  2. Gently turn the fish, being careful not to spatter any hot butter on yourself...
     轻轻地把鱼翻过来，小心别把滚烫的黄油溅到自己身上。
  3. Blood spattered the dark concrete...
     鲜血溅落在黑色的水泥地上。
  4. I always spatter my blouse with gravy when I eat...
     吃饭的时候，我总是把肉汁溅到衬衣上。
  5. Her dress was spattered with mud.
     她的裙子溅上了泥浆。

双语例句

• According to the characteristic of images gathered by charge coupled device ( CCD), the method of image processing that is high effective in eliminating the noise of spatters and welding arc light is studied in the article.
  针对电荷耦合器（CCD）所获取焊缝图像的特点，研究了相应的图像处理方法，有效地消除了焊接过程中的飞溅和弧光对焊缝图像的干扰。
• Wide welding current and voltage matching range, easy to adjust, less spatters.
  整机电流电压配合范围宽，容易调节，飞溅小。
• The corrosion rate of the ceramic-lined pipes due to the metallic particles and spatters on the pipe walls decreases at the beginning of test and reaches a certain constant with time elapsed.
  其内壁的金属颗粒和飞溅造成腐蚀率在实验的开始阶段逐渐减小，但随着时间的增加，趋向一个定值；
• Carbon dioxide welding is a welding method with low cost and high efficiency, and it widely used in the actual production. But it also has the disadvantages of big spatters and bad formation of weld in carbon dioxide welding.
  二氧化碳气体保护焊作为一种低成本、高效率的熔焊方法，在实际生产中被广泛应用，但是短路过渡二氧化碳焊存在飞溅大，成形较差的缺点。
• Experimental results showed that the high-power disk laser welding stability could be evaluated by using the support vector machine to classify the characteristics of plume and spatters.
  试验结果表明，通过支持向量机对金属蒸汽及飞溅进行特征分类可有效判断大功率盘型激光焊接质量。
• Analysis on the spatters resulted from touchdown of a reinforced concrete chimney
  钢筋混凝土烟囱触地飞溅分析
• The mathematical model of the global image spatters characteristics parameters and the weld bead width and the mathematical model of new spatters characteristics parameters and the weld bead width were established by BP neural network.
  应用BP神经网络建立全局图像飞溅特征参数与焊缝宽度之间的数学模型以及新飞溅特征参数与焊缝宽度之间的数学模型。
• The centroid position, area, grayscale, average grayscale and radius of each spatter were extracted after spatter image preprocessing. Spatter dynamic recognition algorithm was established based on spatter feature parameters to recognize the spatter and the characteristic parameters of new spatters were extracted.
  预处理后计算每个飞溅的质心、面积、灰度、平均灰度和半径，以上述特征为基础建立飞溅动态识别算法并对飞溅进行识别，提取新飞溅的特征参数。
• The rules and relationship between the characteristics of plume and spatters and the welding quality have been researched.
  以熔宽作为衡量焊接质量的标准，探索金属蒸汽及飞溅特征与焊接质量之间的关系和规律。
• The sum, average and proportion based on different threshold of new spatters in different welding regions were calculated to study the variation rule of the characteristic parameters of new spatters combining with the weld bead width.
  对不同焊接区域的新飞溅特征参数进行统计，计算新飞溅特征参数在不同区域下特征值的总和、平均值和基于不同阈值下的百分比，结合焊缝宽度分析新飞溅特征参数变化规律。