1) Al alloy oil cooler
铝油冷器
2) aluminum cold-rolling oil
铝冷轧制油
1.
Based on the aluminum cold-rolling technique,with the emphasis on the spot of annealing,taking the aviation kerosene in paraffin base oil after hydrogenation processing and isomerization refining technique as base oil and adding different additive package,the general aluminum cold-rolling oil can be developed.
通过对铝材冷轧工艺的分析、研究 ,以退火工艺中的斑痕为重点 ,提出采用加氢处理、异构化精制的石蜡基航空煤油组分为基础油 ,采用不同复合添加剂生产的通用铝冷轧制油完全可以满足客户要求。
3) aluminium cooler
铝质冷却器
1.
Experimental study on reliability of new aluminium cooler;
新型铝质冷却器可靠性的试验研究
4) liquid-cooled oil cooler
液冷冷油器
5) oil cooler
油冷却器
1.
A study of heat transfer property of low-fin-tube oil cooler with helical baffle;
螺旋隔板低肋管机油冷却器的传热特性研究
2.
The comparable experimental investigation on the fouling characteristics of normal tube and twisted tubes in oil cooler was carried out.
对螺旋扁管与普通直管在油冷却器中的污垢特性进行了对比实验研究。
3.
By testing,the structure of main parts of the modular cooling device was determined,and its key part,a new oil cooler,was developed.
通过计算分析,提出了高速动力分散式电力动车组模块化冷却装置的总体方案;通过试验研究,确定了模块化冷却装置主要零部件的结构型式;成功研制出模块化冷却装置的关键部件——一种全新结构的油冷却器。
6) oil cooler
冷油器
1.
The spiral sheet thermosiphon heavy oil cooler is a new type of heat exchanger which can control the wall temperature as heatpipes do with the same working principle to avoid the problem of forming sticky insulating layer on the cold wall and deteriorating the cooling effect with an ordinary oil cooler.
它克服了普通间壁式冷油器因壁面温度低而形成粘油绝热层，冷却效果差的缺点，又比热管式换热器的结构更适合于容积流量较小的液液热交换场合。
2.
So renovation had been applied to improve heat exchanging efficiency of oil cooler and temperature of its discharge oil was decreased.
大唐国际陡河发电厂近年由于冷却水温升高,冷油器发生堵管和结垢,不能满足机组润滑油系统的换热要求。
3.
A measure to calculate super heat conduction oil cooler in Excel 2002 is presented.
提出了一种运用Excel 2002计算超导冷油器结构的方法,研究了在超导冷油器设计计算中超导管各几何参数对冷油器结构的影响,在改变各种参数后可立刻得到计算结果,方便快捷,且结果具有较强的说明力和可信度。
补充资料：高纯铝(LO_(3))冷变形和再结晶过程显微组织
高纯铝(LO_(3))冷变形和再结晶过程显微组织
历史·金属材料高纯铝(L【】。)冷变形卸再结晶过程显缴细甥玲 轧制 样黑 明放大倍数260。c保温30分钟后组织280。c保温30分钟后组织3sO。c保温30分钟后组妇480。c保温30分钟后组织5s0。c保温30分钟后组蛔再结晶刚开始再结晶晶粒增多再碧晶基本完威晶粒开始长走晶粒急刷长大 # 凄 b 极‘阴两牝量拙光形解振∞变电煸×
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