1) Floating foreign body
漂浮异物
2) floater
[英]['fləutə] [美]['flotɚ]
漂浮物;浮筒
3) floater
[英]['fləutə] [美]['flotɚ]
漂浮物浮标
4) floater
[英]['fləutə] [美]['flotɚ]
漂浮物
1.
The floater component analysis,compatibility experimentation of chemical agent,microbial cultivation experimentation and gas chromatographic analysis were carried out.
大庆油田第九采油厂龙一联污水处理场沉降罐上部油水界面处出现一层难以去除的乳化漂浮物。
2.
From analysis of moving patterns of special designed floaters on the sea,its feasibility used for tracing the route of oil spill is studied.
通过对专门设计的漂浮物在海洋中运动规律的分析 ,研究用来跟踪海上溢油漂移路线的可行性 ,从而 ,为溢油应急指挥中心的决策提供技术支持手
3.
According to the model test on the river reach where Chongqing East&West power plant lied,the sediment aggradation and river evolvement,the change of flow condition,the effect of floater on inlet were analyzed,The layout of inlet was optimized also.
通过模型试验研究,分析了重庆电厂东、西厂取水口河段泥沙淤积与河床演变、水流条件的变化以及漂浮物运动对取水口的影响,优化了取水口的布置,结果表明:取水口取水条件较好,漂浮物对其影响较小。
5) floating macrophyte
漂浮植物
1.
In order to investigate floating macrophyte role on the purification of eutrophicated sight water named Hua-jia-chi and select appropriate native vegetable for phytoremediation,five floating macrophytes(Eichhornia crassipes,Jussiaen repens L.
)5种不同漂浮植物对富营养化景观水体的净化效果,研究结果表明,经过100天植物处理,5种飘浮植物对水体中总氮的去除率为黄花水龙(63)%>凤眼莲(57%)>水鳖(46%)>四角菱(42%)>空心莲子草(34%),对总磷的去除率为凤眼莲(52%)>黄花水龙(50%)>水鳖(45%)>四角菱(31%)>空心莲子草(22%),其中凤眼莲、黄花水龙处理围区的水质净化效果最好,水体中总氮和总磷的去除率也最高,这与植物自身吸收同化污染水体中氮素、磷素的能力大小及植物根系微生物的作用都有关。
2.
The influence of the free floating macrophyte Hydrocharis dubia on the growth of the submerged macrophyte Hydrilla verticillata was studied by using different coverage of H.
通过黑藻和不同覆盖度水鳖的组合,研究了漂浮植物对沉水植物的影响。
6) Floating debris
漂浮物
1.
Research on motion vectorization and law of floating debris in reservoir;
库区漂浮物运动过程矢量化及运动规律研究
2.
Preliminary study on the problems of the floating debris of Three Gorges Reservoir;
三峡水库漂浮物问题研究初探
3.
Categories and characteristics of the floating debris upstream of hydro plants are described.
介绍了水电站漂浮物的种类及特性 ,导漂建筑物所受荷载、运动状态 ,以及导漂建筑物的物理模型和数学模型试验研究的现状
补充资料:非漂浮型铝粉
分子式:
CAS号:
性质: 铝粒子表面有不饱和脂肪酸如油酸吸附层的铝颜料,与漂浮型铝粉不同,它可分散在整个涂膜中。产生多色效应和良好的遮盖力、鲜映性和闪光效果。
CAS号:
性质: 铝粒子表面有不饱和脂肪酸如油酸吸附层的铝颜料,与漂浮型铝粉不同,它可分散在整个涂膜中。产生多色效应和良好的遮盖力、鲜映性和闪光效果。
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