1) deoplets-splashing region
溅水区
2) Seawater splash zone
海水飞溅区
3) splash
[英][splæʃ] [美][splæʃ]
溅水
1.
Rain intensity distribution in splash region of atomized flow;
雾化水流溅水区降雨强度分布探讨
2.
Of all the regions in the atomized flow the splash region is in the center of storm rainfall,which might cause certain damage to the hydropower stations.
雾化水流是水利枢纽高速泄流时所形成的一种特定的流动现象,溅水区则是雾流降雨强度最大的区域,其给工程带来的危害应加以特别关注。
3.
Based on the study of the model of atomized, according to single model similar rate, the extent of splash region was measured, the mathematical model of atomi-zation is validated, and a strong basis for hazard prediction spray is provided.
通过对雾化模型的研究,提出影响雾化溅水的主要因素,用量纲分析方法推出雾化溅水区纵向范围的估算式。
4) splash zone
飞溅区
1.
The corrosion behavior of hot dip Galvanized(GI),Galfan(GF) and Galvalume(GL) coated steels exposed to splash zone of Qingdao site was investigated with seawater corrosion test and microscopy morphology analyses.
6%硅(GL)镀层钢板在青岛站的飞溅区海水腐蚀行为,并利用腐蚀质量损失测试和显微结构分析,研究3种镀层钢板的海水飞溅区腐蚀行为。
2.
Corrosion results of 12 types of copper alloys exposed to marine splash zone at Qingdao Sea area of China were reported.
研究了12种铜合金在青岛海域飞溅区暴露16年的腐蚀结果及其腐蚀行为和规律。
3.
Based on the using conditions of aluminium-steel joints,we exposed such samples in splash zone,ebb and flow zones in Qingdao,Zhoushan and Xiamen areas.
按照爆炸复合材料的应用条件,将铝-铝-钢投放在青岛、舟山和厦门3个海域的潮差和飞溅区,暴露1a后研究了材料的腐蚀和力学性能。
5) splash zone
浪溅区
1.
Experimental study of irregular wave impact on the structure in splash zone spectral analysis;
不规则波对浪溅区结构物冲击作用的试验研究——频域分析
2.
Corrosion behavior of D32 steel for offshore platforms at the splash zone
D32海洋平台用钢在浪溅区腐蚀行为
3.
According to the splash zone characters of high corrosion effect grade and different implementation of conventional temperature control measures in marine environment,cracking control measures of mass concrete in the splash zone are planned as a whole.
针对海洋环境下浪溅区腐蚀作用等级高、常规温控措施较难实施的特点,对全桥浪溅区的大体积混凝土裂缝控制措施进行了统筹规划,依据混凝土构件尺寸、方量和施工期,在仿真计算的基础上,采取优化配合比、通冷却海水、优化结构设计和精细化养护、全程温度监测等措施。
补充资料:溅溅
1.流水声。 2.水疾流貌。 3.泛指液体疾溅貌。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条