压缩制冷,compression refrigeration
1)compression refrigeration压缩制冷
parison with ammonia absorption refrigeration technique andcompression refrigerationcraft in economic efficiency;氨吸收制冷工艺与压缩制冷工艺的经济效益比较
2.Research and analysis of the new cycle withsuper-subcooling single stage ammoniacompression refrigeration system;带过冷的氨单级压缩制冷系统新流程的分析研究
3.But it is difficult for ordinary refrigeration devices to meet their demands, so ammonia absorption refrigeration, ammoniacompression refrigeration and p.在煤和石油化工中,通常需要大型的制冷装置,特别是以煤为原料,生产甲醇和合成氨的化工厂,其中的煤气净化工段所需冷量较大、制冷温度较低,一般为-15℃或-38℃,一般的制冷装置很难满足要求,通常采用的制冷方案有氨吸收制冷、氨压缩制冷和丙烯压缩制冷等。
英文短句/例句
1.Performance analysis of single-stage compression or two-stage compression refrigerating cycle单级压缩或双级压缩制冷的技术经济分析
PRESSION REFRIGERATION SYSTEM POWERED BY WIND TURBINE风力驱动压缩制冷(制热)系统的研究
3.Application of vapor compression refrigeration to high heat flux microelectronics cooling蒸气压缩制冷在高热流电子器件冷却中的应用
4.hermetically-sealed frerigerating compressor unit密封式制冷压缩机组
5.multi-stage compression refrigeration cycle多级压缩式制冷循环
6.Performance Study on Quasi Two-stage Compression Cycle Composed by Different Type of Refrigerant Compressor常用制冷压缩机的准二级压缩循环特性分析
7.Refrigerator compressor controller based on dsPIC30F4012基于dsPIC30F4012的冰箱制冷压缩机控制器
8.marine centrifugal type refrigerating compressor unit船用离心式制冷压缩机组
9.marine piston type refrigerating compressor unit船用活塞式制冷压缩机组
10.Hermetic reciprocating refrigerant compressorGB/T10079-1988全封闭活塞式制冷压缩机
11.marine screw type refrigerating compressor unit船用螺杆式制冷压缩机组
puter AID Design of Twin-Rotor Screw Refrigeration Compressors双螺杆制冷压缩机的计算机辅助设计
13.The Improving Design of 100mm Bore Refrigeration Marine Compressor船用100缸径制冷压缩机的改进研究
14.The Development of on-line Testing System for the Refrigerating Compressors Based on Web;基于WEB的制冷压缩机测试系统的开发
15.Development of Cold-rolled Electrical Steel for High Efficient Compressor;高效压缩机用冷轧电工钢的研制开发
16.Study of N_2O transcritical two stage compression expander refrigeration cycleN_2O跨临界双级压缩带膨胀机制冷循环
17.Design of Refrigeration Compressor Oil Circulation Test System制冷压缩机油循环量测试系统的设计
18.Improvement and Application of Performance Experimental Table of Refrigerating Compressor制冷压缩机性能试验台的改造及应用
相关短句/例句
refrigeration compressor制冷压缩机
1.The grey method of optimal choice forrefrigeration compressor;制冷压缩机综合性能优选的灰色方法
2.The vibration of the vehicle air conditioning experiment device was explored by the means of Frequency-Domain analysis of dynamic system,the vibration frequency characteristics ofrefrigeration compressor body demonstrate the natural characteristics of compressor vibration and are related to the compressor speed.利用动态系统的频域分析方法对汽车空调实验装置中制冷压缩机的振动进行了研究,制冷压缩机整机振动的频域特性表明其与振动的固有特性和压缩机的工作转速相关。
3.Through simulation of power consumption ofrefrigeration compressors by using Aspen Plus 10.通过对制冷压缩机功耗的模拟和对实际运行数据的分析,比较了乙烯装置中的复迭多级制冷系统和混合冷剂制冷系统的用能状况,分析了混合冷剂制冷的优点和不足。
3)refrigeration compressors制冷压缩机
1.The system software design of the performance test-floor for the middle and smallrefrigeration compressors based on configuration software;基于组态软件的制冷压缩机性能测试台系统软件开发
2.In thispaper, the significance of stating process inrefrigeration compressorsand the research status of load characteristics, dynamics, oil supplymechanism and starting method during various compressors startingoperations are reviewed.研究制冷压缩机的起动性能对提高压缩机的效率、优化设计压缩机、节能以及保证其运行可靠性等方面都有重要意义。
4)refrigerating compressor制冷压缩机
1.Problems about energy conservation ofrefrigerating compressor in design and operation;制冷压缩机设计及运行中的节能问题
2.Experimental study of variable speedrefrigerating compressor;变转速制冷压缩机的实验研究
3.For a advanced comprehensive performance test bed of heat exchangers it has overcome the difficulty which can not be resolved with a availablerefrigerating compressor and laid a foundation of development.它攻克了普通制冷压缩机用于有高技术要求的综合性能试验台所无法解决的难题，为空调器用换热器综合性能试验台的研制，奠定了基础。
5)compression refrigeration压缩式制冷
1.The thermodynamic calculation of thecompression refrigeration cycle was made and the tests were done.提出一种新型的太阳能喷射与电压缩联合制冷系统,其既可以利用太阳能喷射式制冷又可以利用电能驱动压缩式制冷,可提高太阳能与辅助能源的综合利用率。
2.The energy consumption in the triple-generation refrigeration system and thecompression refrigeration system is analysed in the thesis.对三联供溴化锂吸收式制冷与蒸汽压缩式制冷作了能耗分析,计算了汽轮机在不同的初始参数条件下三联供溴化锂制冷的节煤量,并对这两种制冷方案进行了经济比较,得出三联供溴化锂制冷节能所需的条件。
6)refrigeration compression heat制冷压缩热
1.Experimental study on therefrigeration compression heat for heat source of dry line;制冷压缩热为烘干线热源的实验与研究
延伸阅读
滚动转子式制冷压缩机
