1) energy saving type of ship
节能船型
2) marine energy saving
船舶节能
1.
The techniques of ship energy saving gets more and more attention during the up-trend of ship fuel oil,In this paper the research and development of the new marine energy saving techniques were introduced.
随着船舶燃油价格的上涨,船舶节能技术得到了广泛的关注,本文主要介绍了国内外船舶节能新技术的研究和进展。
2.
The research and development of the ship propulsion and marine energy saving techniques were introduced in this paper, such as outstanding type of ship, hydrodynamic energy saving appendages, new type propeller and some other particular ship energy saving devices.
随着船舶燃油价格的上涨,船舶节能技术得到了广泛的关注,本文旨在介绍国内外船舶推进与节能方面的研究与进展。
3.
The marine energy saving have several measures.
船舶节能的措施有多种,船舶混合动力推进系统是其中一个很有潜力的研究课题。
3) ship energy saving
船舶节能
1.
Replacing fixed pitch propellers for ship energy saving;
更换定距桨实现船舶节能
2.
Along with the price of fuel oil goes up,ship energy saving has become a focus of shipping industry.
随着燃油价格上涨,船舶节能成为航运业关注的热点之一。
4) super energy-saving ship
超节能船
5) ship energy conservation
船舶节能
1.
The measurement and analysis of experimental data for the display device equipped into "Jiangwu 130"commercial ship demonstrate that it is of well performance and can be refereed to in ship energy conservation.
本文主要介绍应用该显示装置在长江“江芜１３０号”客船上所测试的数据，对其进行整理分析，证明该装置工作性能良好，有助于船舶节能航行。
6) energy-saving
节能型
1.
The energy consumption of azeotropy distillation was low but its energy-saving effects were inferior to that by multiple-effects extraction distillation.
节能型乙醇脱水制备无水乙醇的方法主要有4种:共沸精馏法、萃取精馏法、吸附法和膜分离法。
2.
A great deal of energy-saving building materials used contribute to energy saving and health of the residents.
大量采用节能型建材,增加了成本,却换来了广大业主的身心健康和广泛拥护,某房地产开发集团努力建设绿色节能型住宅小区取得较好成效。
3.
A new energy-saving process of biological denitrification was used for treating coking wastewater in a sewage treatment station in Heilongjiang Province.
采用节能型生物脱氮新工艺对黑龙江某焦化厂的污水处理站进行生产性试验研究,结果表明:处理后出水达到GB8978-1996《污水综合排放标准》一级,并可回用于熄焦。
补充资料：椅型构象和船型构象
分子式：
分子量：
CAS号：
性质：饱和六元环中1,2,4,5位四个原子处于同一平面内，而3,6位原子位于该平面异侧和同侧的构象，分别称为椅型构象和船型构象。由一种船型构象转变为另一种船型的中间构象，即1,2,4,5位的四个原子不再是共平面时，称为扭曲型构象。同样，椅型构象与船型构象的相互转变，也都通过扭曲型构象。
分子量：
CAS号：
性质：饱和六元环中1,2,4,5位四个原子处于同一平面内，而3,6位原子位于该平面异侧和同侧的构象，分别称为椅型构象和船型构象。由一种船型构象转变为另一种船型的中间构象，即1,2,4,5位的四个原子不再是共平面时，称为扭曲型构象。同样，椅型构象与船型构象的相互转变，也都通过扭曲型构象。
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