1) germinating apparatus
发芽装置
2) Evaporating Unit
蒸发装置
1.
Modification of electrolyte evaporating unit of 1550 EGL in Baosteel;
宝钢1550电镀锌机组镀液蒸发装置改造
3) launcher
[英]['lɔ:ntʃə(r)] [美]['lɔntʃɚ]
发射装置
1.
Analysis for the damage of track switch rocking arm in one launcher and the improved methods;
某型发射装置道岔摇臂损坏原因分析及改进方案
2.
Balancing Mechanism in the Missile Launcher;
用于导弹发射装置的平衡机
3.
A brief introduction to a large-caliber mock missile launcher;
大口径模拟导弹发射装置简介
4) evaporator
[英][i'væpə,reitə] [美][ɪ'væpə,retɚ]
蒸发装置
1.
The paper mainly introduce the methods of designing of a small-scale evaporator mesh mist eliminator,and combining design theory and the method of radioactive wastewater processing,the radioactive wastewater that counted one kind of small-scale mesh mist eliminator in order to solve the negative pressure evaporates operation processing waste water.
介绍了一种小型蒸发装置除雾装置的设计方法,结合放射性废水处理的设计理论和方法,自行设计了一种小型的放射性废水蒸发处理装置除雾装置,以解决负压蒸发操作处理废水时雾沫夹带问题。
5) launch device
发射装置
1.
A new method for designing ballistic missile launch device rapid-erection system is presented to overcome the disadvantage of erection system,which uses fuzzy controller.
文中针对地地导弹的地面发射装置速度慢、时间长的缺陷,在完成起竖装置的非线性建模基础上,提出一种模糊控制设计方法,实现了发射装置的快速起竖控制。
2.
A new method for designing ballistic missile launch device rapid-erection system is presented to overcome the disadvantage of erection system, which uses linear model following method.
针对某导弹的地面发射装置速度慢、时间长的缺陷,在完成起竖装置的非线性建模,并进行反馈线性化的基础上,采用线性模型跟随方法设计,实现了发射装置的快速起竖控制。
6) generator
[英]['dʒenəreɪtə(r)] [美]['dʒɛnə'retɚ]
发电装置
1.
According to the system characteristic of the household methane digesters and the combustion characteristic of methane,a series of household methane generators were designed and manufactured,the power respectively being 700,1 800,3 800,4 800 W.
根据农村户用沼气池的系统特征和沼气的燃烧特性,设计研制了功率分别为700,1800,3800,4800 W等系列的户用沼气发电装置。
2.
This paper described the conceptual design model of generator in the Space Solar Power system with free piston Stirling engine.
提出了空间太阳能发电系统中采用自由活塞式斯特林发动机发电装置的概念设计模型,确立了整个概念设计的框架,并对自由活塞式斯特林发动机作了初步设计,同时对有关问题进行了讨论,提出了今后的发展方向。
补充资料：惰性气体蒸发原位加压制备纳米固体装置
惰性气体蒸发原位加压制备纳米固体装置
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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