1) crystal growing equipment
单结晶制造设备
4) Equipment manufacturing
设备制造
1.
The main technical requirements, scheme, technical and economical indices of typical design for power transmission and transformation project were introduced, and the existent problems in equipment manufacturing and material processing at present were pointed out.
介绍了输变电工程典型设计的主要技术条件、方案划分和技术经济指标;指出了目前设备制造和材料加工中存在的问题;介绍了规范变电站设备制造和材料加工借鉴的经验以及典型设计对输电线路铁塔材料加工的影响;提出了对规范变电站设备制造的建议(包括一次主设备和二次主设备)。
2.
The relationship between the delivery condition of the pressure vessel materials and the materials′ actual properties,together with the hot forming and heat treatment in the process of equipment manufacturing was discussed.
对压力容器材料供货状态与材料实际性能的关系以及在设备制造过程中的热成形、热处理进行了讨论,对某些标准和设计图样中的规定提出了不同认识,以期为压力容器的设计、制造、监检、认证和使用单位在这些问题的认识上能趋于一致。
5) equipment manufacture
设备制造
1.
It is pointed out that in order o localize the manufacturing of large and medium size wind power equipment and to lower wind power price,it is necessary for China s wind power equipment manufacturers to have a accurate understanding on the development trend of the wind .
对国内外风力发电的现状进行了总结,然后对国内外风电设备制造业的现状作了详细的分析,指出我国风电设备制造业要想尽快实现大中型风电设备国产化,降低风电电价,就必须准确把握当今风电设备的发展趋势,准确选型,积极购买或引进专利技术,逐步实现固产化,最终形成产品系列自主开发的能力。
6) Manufacturing equipment
制造设备
1.
Some Inspiration from a New Upsurge of the Investment Fervour for Semiconductor Manufacturing Equipment;
新一轮半导体制造设备投资热的启示
2.
In this paper,the developing process of monitoring and disgnosis for manufacturing equipment is reviewed and the state of art of Internet based remote monitoring and diagnosis is briefly istroduced.
概述了设备状态监控与故障诊断的发展过程和基于 Internet的制造设备远程诊断技术研究现状 ;提出了制造设备远程监控与诊断系统的网络体系结构 ,介绍了远程诊断的基本原理与工作模式 ;讨论了实现远程监控与诊断的关键技术问
3.
Along with the rapid development of computer, communication and automation technologies, manufacturing equipment is having improving automation level, more complex structures and functions, and increasing potential fault possibilities and modes.
随着以计算机、通信、自动化为代表的信息技术的迅猛发展,制造设备的自动化程度越来越高,功能、结构日趋复杂,发生故障的潜在可能性和方式也在相应的增加,且一处故障就可能引起链式反应,导致整个系统的失效。
补充资料:结晶设备
分子式:
CAS号:
性质:又称结晶器。用于进行结晶操作的设备。一般是将饱和溶液冷却或蒸发使达到一定的过饱和程度而析出晶体。主要可分为两大类:(1)去除一部分溶剂的结晶器;(2)不去除溶剂的结晶器。可在常压或减压下操作。此外,结晶器也可分为间歇操作式和连续操作式,以及搅拌式和不搅拌式等。
CAS号:
性质:又称结晶器。用于进行结晶操作的设备。一般是将饱和溶液冷却或蒸发使达到一定的过饱和程度而析出晶体。主要可分为两大类:(1)去除一部分溶剂的结晶器;(2)不去除溶剂的结晶器。可在常压或减压下操作。此外,结晶器也可分为间歇操作式和连续操作式,以及搅拌式和不搅拌式等。
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