空分,air separation
1)air separation空分
1.Improvement on the program controller for drying equipment in theair separation plant for the production of PVC;PVC空分干燥设备中程序控制器的改进
2.Progress in adsorbents used forair separation by PSA;变压吸附空分的吸附剂进展
3.The research ofair separation control system based on ControlNet基于ControlNet网络的空分控制系统
英文短句/例句
1.Spatio-Temporal Analysis on the Land Use of Resident Based on the Spatio-Temporal Database;基于时空数据库的居民用地时空分析
2.Verifications of Wyoming Winter Orographic Clouds Simulations重庆地区空中水资源的时空分布特征
3.Olefin gas closely approximates air.烯空气跟空气十分近似。
4.Space is, for the most part, emptiness.太空绝大部分是空洞的。
5.A point or region in the air.空中，半空中空中的一点或一部分
6.AIRCRAFT FLIGHT SAFETY ANALYSIS IN LOW ALTITUDE AIRSPACE低空空域航空器飞行安全分析(英文)
7.Will you give me some medicine?Ⅵ. 完形填空 （15分）
8.Any of the open spaces in a net or network;an interstice.网孔，空隙任一种网或网状物的镂空部分；空隙
9.A blank unprinted area, as of an advertisement.空白处空白未印字的区域，如广告上的空白部分
10.A Class of Topological Spaces Which Contain σ-Compact Spaces and Separable Spaces;一类包含σ紧空间和可分空间的拓扑空间
11.Analysis on "air-to-air" link transmission characteristic of laser communication in near space临近空间“空-空”激光通信链路传输特性分析
12.The region of this expanse beyond Earth"s atmosphere.太空地球大气层以外的空间部分
13.Powerful nations are building space stations to share resources.强国都纷纷建立太空站, 分享太空资源。
14.A Study on Spatial Structure and Function of Urban Open Space城市开放空间的空间结构与功能分析
15.THE ANALYSIS OF ABILITY TO ALL-ASPECT ATTACK OF SHORT-RANGE DOG FIGHT AIR-TO-AIR MISSILE近距格斗空空导弹全向攻击能力分析
16.Study on the Key Techniques of the Imaging Infrared Guidance for AAM空空导弹红外成像制导关键技术分析
17.From Spatial Division of Labour to Spatial Organization of Metropolitan Regions;从劳动空间分工到大都市区空间组织
18.Design and Performance Analysis for Advanced Air-to-air Missile;新型中远程空空导弹设计与性能分析
相关短句/例句
air separator空分
1.States the latent hazardness of such hydrocarbons as acetylene inair separator, and presents the preventive measures in normal production.阐述乙炔以及碳氢化合物在空分装置中具有的潜在危险性,并提出在正常生产中的预防措施。
2.The treatment procedure of low temperature phenomenon in the middle of 10000 m3/h switching plate-typeair separator with complete extraction process in restart-up after temporary shutdown was presented and the causes were analyzed.描述了一起10000m3/h切换板式全提取流程空分临时停车后启动过程中板式中部温度过低的假象的出现和处理过程,并对其原因进行分析。
3)spatial analysis空间分析
1.The method to choose the route of delivering electrical wire wire based onspatial analysis;基于空间分析的送电线路选线方法
2.Stratified beam grid model forspatial analysis of box-girder;箱梁空间分析的分层式梁格模型
4)temporal and spatial distribution时空分布
1.Characteristics oftemporal and spatial distribution of mountain flood in China;全国山洪灾害时空分布特点研究
2.Study ontemporal and spatial distribution character of air pollutant in Urumqi;乌鲁木齐市大气污染物时空分布特征研究
3.Climatic calculation of solar energy in Ningxia and itstemporal and spatial distribution;宁夏太阳能资源的气候学计算及时空分布特征
5)air separation unit空分设备
1.Air separation unit is an important section in an Integrated Gasification Combined Cycle(IGCC) generation system.空分设备是整体煤气化联合循环(IGCC)发电系统的重要组成部分。
6)air separation plant空分设备
1.The paper describes the application of coal gasification,coal liquefaction and coal in the combination cycling power generation,as well as the process flow of this typeair separation plant.论述了空分设备在煤气化、煤液化和煤联合循环发电中的应用,以及该类型空分设备的流程形式,指出了空分设备在煤化工中的应用前景。
2.Transformation of 6000 Nm~3/hair separation plant for capacity enlargement is described in detail on scheme establishment,transformation content,the problems encountered in installation and commissioning,etc.从方案制定、改造内容、安装调试及存在的问题等几方面详细介绍了6000 Nm3/h空分设备扩容改造情况。
3.In the light of the plant management target of the enterprise and features ofair separation plant, and through practice, the guiding thought and measures of theair separation plant management are put forward, so as to reduce maintenance costs, increasemaintenance quality and assure safety and efficient operation of the plant.根据企业设备管理的目标和空气分离设备的特点,通过实践,提出了空分设备管理的指导思想与措施,降低检修费用,提高检修质量,确保设备安全高效运行。
延伸阅读
空分分子式：CAS号：性质：应用深度冷冻原理从空气中分离出其组分(氧、氮和氩、氦等稀有气体)的过程。采用深度冷冻法，以液化精馏或部分冷凝法将空气分离成纯组分，一般包括空气压缩、换热、净化、制冷和精馏五个基本系统。大型装置有的采用全低压、分子筛净化流程。近年来，非低温法即变压吸附和膜分离法应用领域逐渐扩大。国外先进的空分装置可以制取纯度为99.999％～99.9999％的氮和氧产品。
