混合循环

火电厂和IGCC及煤气化SOFC混合循环减排CO2的分析

Analysis of conventional power plant , igcc and coal gasification SOFC hybrid with co_2 mitigation

IGCC及煤气化固体氧化物燃料电池混合循环的技术经济性分析

Techno-Economic Analysis of IGCC and Hybrid Systems of Coal Gasification and SOFC

新型SHW14-1.0/115/70-AⅡ型混合循环热水锅炉的设计

Design of the New Type SHW 14-1.0/115/70-A ⅱ Mixed Circulation Hot Water Boiler

煤气化-固体氧化物燃料电池混合循环系统的分析

Performance Analysis of Coal Gasification - SOFC Hybrid Systems

结果：（1）电针对脑前循环组、脑后循环组和混合循环供血不足引起的头晕，在改善程度上有显著的疗效，并且明显优于尼莫地平组；

Results ( 1 ) The 3 electroacupuncture groups had significant therapeutic effects in improvement of dizziness induced by the cerebral ischemia , which were superior to that of nimodipine ;

一种混合制冷剂循环（MRC）液化天然气流程的理论分析

A theoretical analysis of natural gas liquifying process by mixed refrigerant cycle

LNG生产流程主要有混合制冷循环流程、膨胀机制冷的循环流程、带循环压缩机的天然气膨胀机制冷循环流程等三类。

LNG producing recycling processes mainly include the mixed cold producing medium , expander refrigeration and gas expander refrigeration with a recycling compressor .

无回热混合制冷剂循环（MRC）液化天然气流程的系统模拟

The Simulation of No Turn Round Heat Exchange Mixed Refrigerant Cycle to Liquefy the Natural Gas

一种新型蒸气压缩／喷射混合制冷循环的探讨

Study on a new kind of vapor-compression / Ejection Hybrid Refrigeration Cycle

混合制冷剂循环的级数对制冷性能的影响

Effect of number of stages of mixed refrigerant cycle on refrigeration performance

环流式真空脱气装置的钢水混合与循环

Mixing and circulating of molten steel of circulating vacuum degasser

带有压缩&喷射混合制冷循环的新型冰箱模拟研究

Study on a New-type Refrigerator with Compression-ejection Hybrid Refrigeration Cycle

压缩/喷射混合制冷循环的热力学分析探讨

Thermodynamic analysis on vapor-compression / ejection hybrid refrigeration cycle

新型压缩/喷射冰箱混合制冷循环理论及实验研究

Experimental and Theoretical Study of a New Compression / Injection Hybrid Refrigeration Cycle

流程参数对丙烷预冷混合制冷剂循环损失的影响

Effect of the Parameters on the Exergy Loss of C3 / MRC Process

双温冰箱两种压缩／喷射式混合制冷循环的性能比较

Performance Comparison Between Two Compression / Injection Hybrid Refrigeration Cycles for Household Refrigerators

压缩/喷射混合制冷循环喷射器喷嘴设计方法探讨

Analysis on nozzle design of ejector for compression / ejection hybrid refrigeration cycle

完全混合&循环推流环型A~2/O工艺设计

Design for Complete Mixing / Circulating Plug Flow Annular A ~ 2O Process

一体化氧化沟混合液循环流动情况试验研究

Experimental Research on the Cyclic Flow of Mixing Liquor in the Integrated Oxidation Ditch

进食杂草及苜蓿的奶牛如同混合耕地循环的一部分。

Dairy cows that are eating grass and clover as part of mixed-arable rotation .

双温冰箱压缩/喷射式混合制冷循环系统的设计和实验研究

Design and Experimental Study of Compression / Injection Hybrid Refrigeration System for Domestic Double Door Refrigerators

火花点火发动机燃用天然气掺氢混合燃料循环变动研究

Study of Cycle-by-Cycle Variations of a Spark Ignition Engine Fueled with Natural Gas / Hydrogen Blends

制冷剂参数对混合制冷剂循环液化天然气流程性能的影响

Effect of Parameters of Mixed Refrigeration on the Performance of Mixed Refrigerant Cycle to Liquefy the Natural Gas

证明模拟退火算法应用于混合制冷循环天然气流程的可行性和有效性。

It also proves that simulated annealing algorithms are feasible and practicable in optimization of mixed refrigerant LNG process .

结果表明：利用压缩/喷射混合制冷循环可以回收膨胀阀和蒸发压力调节阀的节流损失，提高双温蒸气压缩制冷循环的制冷系数；

The results show that compression / ejection refrigeration cycles can reduce energy loss and improve COP of refrigeration systems .

利用热力学优化方法，探索传热不可逆性、回热损失因素对混合加热循环的输出功率和效率等循环性能的影响，通过数值算例详细讨论优化结果随主要不可逆因素的变化规律。

The influence of heat transfer irreversibility , and regenerative loss to cycle performance including power and efficiency is studied through finite time thermodynamic .

通过进行方案比较和参数研究，认为带预冷的混合制冷剂循环制冷工艺是符合本文天然气气质条件的合理的方案。

By comparing scheme and researching parameter the paper thought that C3 / MR is the rational scheme which answers to the quality of the natural gas .

完全混合&循环式推流环型A2/O工艺能有效处理城市污水，满足有机物及氮磷的去除要求。

The complete mixing-circulating plug flow A ~ 2O process is able to treat effectively municipal wastewater and meets the demands for removal of organics , nitrogen and phosphorus .

概述了混合冷冻剂循环技术在乙烯装置的应用，阐述了混合冷冻剂的组成，开环及闭环混合冷冻剂的循环流程。

The use of mixed refrigerant cycle for ethylene plant , the composition of mixed refrigerant and process flow sheets with open and closed loop refrigerant cycle are summarized .

多头螺旋盘管发生器足汽车发动机排气废热驱动的吸收/压缩混合制冷循环中最重要的换热设备之一，占据了制冷循环一半左右的换热面积。

The multi-thread coil tube generator is one of the most important devices in the absorption-compression hybrid refrigeration cycle , which occupies about half heat transfer area of the cycle .