1) stick
[英][stɪk] [美][stɪk]
减阻节能
1.
Research and application of stick drag-reduction and energy-saving technology in a cyclone separator;
旋风除尘器减阻节能技术的研究与应用
2) energy saving and emission reducing
节能减排
1.
The energy saving and emission reducing techniques for lead-acid battery manufacturing industry in china;
中国铅酸蓄电池行业节能减排技术分析(一)
2.
The energy saving and emission reducing techniques for lead-acid battery manufacturing industry in China;
中国铅酸蓄电池行业节能减排技术分析(二)
3.
Study on the Policies of Energy Saving and Emission Reducing of Chinese Foundry Industry
中国铸造行业节能减排政策研究
3) energy saving and emission reduction
节能减排
1.
Comprehensive utilization of zinc tailings and process exploration for energy saving and emission reduction;
锌冶炼渣综合利用与节能减排的工艺探讨
2.
The new model of power generation transaction dispatch with Chinese characteristics constructed by patent technology of energy saving and emission reduction;
利用节能减排专利技术构筑具有中国特色的发电交易调度新模式
3.
Application of hydroviscous variable speed drives in energy saving and emission reduction;
液粘调速装置在节能减排中的应用
4) energy saving and pollution reduction
节能减排
1.
Research on Policy-Making for Energy Saving and Pollution Reduction based on Green GDP Accounting System
基于绿色GDP核算体系的节能减排政策制定研究
2.
This paper discussed the significance,status and measures of energy saving and pollution reduction in China.
本文论述了我国节能减排的意义、现状及措施,可供各类管理人员参考。
5) Energy conservation and Emission reduction
节能减排
1.
Devote major efforts to practise EPP to support national goal of energy conservation and emission reduction;
大力推行能效电厂,支持实现国家节能减排目标
2.
Game analysis on control policies of energy conservation and emission reduction;
节能减排管制政策的博弈分析
3.
Application of energy conservation and emission reduction measures in acetylene production process
节能减排措施在乙炔工序中的应用
6) energy conservation and disaster mitigation
节能减灾
补充资料：高分子减阻剂
| 高分子减阻剂 polymeric drag-reduction additives 具有减小流体流动阻力作用的高分子。在流体输送过程中加入此类高分子，能减少转展阻力，降低能耗。水相输送减阻剂研究开发较早，已研究了大量的水溶性高分子减阻剂，使用量仅几个ppm就可降低50％以上的阻力，有时高达80％。高分子减阻剂的结构及性质是：高分子具有无支链结构，分子量高，溶解性好等。聚环氧乙烷、聚丙烯酰胺是良好的水相减阻剂。油相减阻剂具有重要的实际意义，原油多以管道输送。由于粘度大、摩擦力高，输送中消耗也高，已应用的油相减阻剂有聚异丁烯、氢化聚异戊二烯、无规聚丙烯、丁二烯及苯乙烯的嵌段共聚物、乙烯与乙烯基酯的共聚物聚丙烯酰胺、乙烯和丙烯的共聚物等。如氢化聚异戊二烯，一般用量2～20ppm，即可使流速增加，摩擦损耗降低27％到50％。高分子减阻剂已广泛用于灌溉、泄洪、消防、原油输送等方面。其缺点是价格贵、易降解等。 |
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