1) overlap loop
重叠循环
2) cascade cycle
复叠循环
1.
Some methods were introduced to solve the problem that was encountered when applying ASHP in colds regions, these includes as employing two-stage compression and cascade cycle to decrease pressure ratio, employing variable frequency compressor to increase refrigerant cycle volume, employing Turbo technology, high efficiency compressor and he.
综述了寒冷地区用空气源热泵技术的进展,包括采用双级压缩(包括准二级压缩)和复叠循环来降低压比;采用变频压缩机在制热时加大制冷剂的循环量;采用Turbo技术、高效压缩机技术、高效换热器技术等来提高空气源热泵的低温制热性能;用电加热气液分离器以及它到压缩机之间的吸气管路,提高蒸发温度和蒸发压力等。
2.
The cascade heat pump unit functions in both single-stage cycle and cascade cycle by optimizing control conditions and maximizing energy-saving.
该机组通过电磁阀可以在单级与复叠循环间切换;讨论了系统从单级转向复叠循环的切换点,计算结果表明,该机组在冬季较低的室外环境温度下能节能运行。
3) Folded cycle cavity
折叠循环腔
4) cyclic reconstruction
循环重建
1.
Tail cancellation and cyclic reconstruction are applied in SFBC-OFDM system to eliminate the bandwidth loss of space-frequency coding due to the cyclic prefix.
将尾抵消和循环重建应用于空频编码的正交频分复用(SFBC-OFDM)系统中,为了消除循环前缀对空频编码带宽损失的影响,使用了迭代算法来校正接收到的信号。
5) multiple circulation
多重循环
1.
It s an analytical method of the multiple circulation method in co-generating unit that is applicable to local quantitative calculating thermal economic influence on heat and electric.
供热机组多重循环方法是定量计算局部扰动对供热和发电两方面影响的一种分析方法。
2.
In this text, on the basis of improved the multiple circulation,A versatile intelligent and suitable for computer programming of the Energy-Efficiency Distribution Matrix Equation for Cogeneration Unit has been constructed.
本文在完善供热机组多重循环分析思路的基础上,构建了具有通用性、智能化和适合计算机编程的供热机组能效分布矩阵方程。
6) gravity circulation
重力循环
1.
Analyses the influence factors of radiator flow rate, provides the calculation formulas of flow-in coefficient and resistance loss for radiators with constant flow rate and considering the influence of gravity circulation.
分析了影响散热器流量的因素 ,给出了系统流量不变、考虑重力循环作用力影响时的散热器进流系数和阻力损失计算式。
补充资料：循环系统的进化环节动物的封闭式循环系统
李瑞端绘
[图]
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