Signals running through fiber-optic cables deteriorate, and so the signals must be run through a piece of equipment called a regenerator before being transmitted farther.
通过光纤传输的信号会变弱，因此信号必须通过一种称为再生器的设备才能传输到更远的地方。
Due to simple and practical use, the sewage regenerator can convert domestic sewage into the regeneration water with high quality.
这种污水再生器简便实用，能将生活污水转化成质量较高的再生水。
As a key component, the regenerator plays an important role in the refrigeration performance of the pulse tube refrigerator and other regenerative cryocoolers.
蓄冷器是脉冲管制冷机等回热式制冷机的关键部件，其性能的好坏将直接影响制冷机的性能和效率。
The transmission and conversion process of the heat and momentum in the regenerator is very complex. It is a problem which relates to heat transfer, hydrodynamics and thermodynamics.
交变流动蓄冷器内部热量和动量的传输及转换过程是传热学、流体力学和热力学耦合在一起的复杂问题。
The regenerator is above the cold trap.
回热器位于冷阱的上部。
This is in accordance with the actual conditions of regenerator.
这与再生器的实际情况是相符的。
Furthermore, the transmission characteristic of the regenerator is also discussed.
此外，对再生器的传输特性进行了研究。
The dehumidifier and regenerator are the main parts of liquid desiccant equipments.
溶液除湿空调系统中最重要的部件是除湿器和再生器。
The combustion of co in FCC regenerator flue gas and its utilization were investigated.
对催化裂化再生烟气co的燃烧和利用进行了研究。
The experimental results provide a basis for application and design of honeycomb regenerator.
本试验为蓄热体应用与设计提供了依据。
Reactor, regenerator, flue, inclined inserting mouth and so on in catalyst cracking apparatus.
催化裂化装置反应器、再生器、烟道、提升管斜插口等部位。
The lining structure at the linked position between inclined pipe and regenerator was improved.
对斜管与再生器相贯线部位的衬里结构进行了改进。
A new concept of pulse tube refrigerator using gap regenerator as its regenerator is suggested.
提出一种缝隙回热器式脉管制冷机，并进行了计算机模拟。
It is used to control the pressure of regenerator and regulate the inlet flow of flue gas blower.
它用来控制再生器的压力和调节烟气输送机入口流量。
The simulation with simple harmonic analysis on the performance of a regenerator was carried out.
采用谐波分析法，对回热器进行了模拟。
The control strategy has been implemented successfully in FCCU reactor-regenerator control system.
这一控制策略在FCCU 反应再生系统的控制中得到了成功的应用。
The base of regenerator must resist high temperature, hold necessary bearing capacity and durability.
设计的蓄热室底板既要有耐高温能力，又要有必要的承载力和耐久性。
Heat transfer technology of regenerator was analyzed in both heat transfer fluid and filling particles.
对回热器的强化换热技术从填充颗粒，换热流体两个方面进行了分析介绍。
Either diatomite or ion exchange resin can be selected as regenerator according to customer's requirement.
根据用户需要可以采用硅藻土过滤器或离子交换树脂过滤器作为再生过滤器。
Wash oil regenerator is one of the important equipment during the evaporation of benzol in the. coking mill.
洗油再生器是焦化厂蒸苯工序中的重要设备之一。
The static conduction, shuttle and radiation heat losses, as well as regenerator inefficiency have been considered.
计算中主要考虑了导热损失、穿梭损失、辐射损失以及回热损失。
Slagging capacity of regenerator has direct influences on the quality of circulating wash oil and consumption of wash oil.
再生器造渣能力直接关系到循环洗油质量和洗油消耗。
The possibility of utilizing regenerator flow resistance to suppress DC flow is theoretically and experimentally investigated.
本文理论和实验研究了通过改变回热器流阻进行直流抑制的可行性。
The distilling column (absorber, column evaporator, regenerator, column washer) is a kind of equipment for outdoor installation.
蒸馏塔(吸收塔、蒸发柱、再生塔、洗涤塔)是一种室外安装的设备。
The regenerator driven by gas makes the weak desiccant coming from the dehumidifier to renew by boiling and non-boiling evaporation.
再生器采用燃气驱动，实现沸腾蒸发和非沸腾蒸发结合的两效再生。
The problem of margin analysis and control design of FCC regenerator was solved through multi-objective mixed-integer dynamic optimization.
用动态优化的方法求解催化裂化装置再生器的工艺裕量与控制设计。
The experimental results indicate that the technology of gas - liquid impinging stream can be used to control the FCC regenerator flue gas.
结果表明，气液撞击流脱硫技术是一种极具发展潜力的烟气脱硫技术，完全可以应用于炼厂FCC装置的尾气处理。
The relevant relations of regenerator medium, exchange time, temperature efficiency and thermal efficiency are analyzed by(numerical) simulation.
通过数值模拟分析了蓄热体材质、换向时间、温度效率和热效率等的关联关系。
If the first stage of the ordinary two-stages regenerator operates well, its result is as good as that of the regenerator with fast fluidization.
模拟计算还表明，只要普通两段再生器第一段密相床流化状况良好，则其烧焦效果与烧焦罐高效再生器的不相上下。
If the first stage of the ordinary two-stages regenerator operates well, its result is as good as that of the regenerator with fast fluidization.
模拟计算还表明，只要普通两段再生器第一段密相床流化状况良好，则其烧焦效果与烧焦罐高效再生器的不相上下。
应用推荐