包括：板层温度、产品温度、冷凝器温度、前箱压力、冷凝器压力。
These include: shelf temperature, product temperature, condenser temperature, chamber pressure and condenser pressure.
这些参数包括冷却速度、耗电量、冷藏室温度、冷冻室温度、冷凝器温度、压缩机吸气温度和排气温度等。
Those parameters included pull down speed and power consumption of the refrigerator, temperature of cold storage chamber, freezing chamber, condenser, suction and discharge pipes of compressor, etc.
随着冷凝器进口空气温度的升高，蒸发压力、冷凝压力升高，而过冷度、过热度、制冷量和COP均线性下降；
With the increase of inlet air temperature of the condenser, evaporation pressure, condensation pressure increase, but supercooling and superheat degree, refrigerating capacity and COP decrease.
简述了CS3000系统的硬件结构和软件组态，介绍了聚合釜和冷凝器的温度控制程序。
The hardware and software configuration of CS3000 , the temperature control mode of polymerization reactor and the condenser were introduced.
主要设备：预热器、蒸发器、冷凝器、糖度仪、真空系统、温度控制、液位控制、阀门管件、自动电气控制系统；
Main equipment: pre-heater, evaporator, condenser, sugar meter, vacuum system, temperature control, liquid level control, valve fittings, automatic electrical control system;
剩余的热可以排放，或者蒸汽可在单独的冷凝器中于较低的温度和压力下冷凝，以便获得最大的蒸汽机效率。
The rest of the heat may be allowed to escape, or, for maximum engine efficiency, the steam may be condensed in a separate apparatus, a condenser, at comparatively low temperature and pressure.
同时分析了冷却水温度升高、结垢对冷凝器效率的影响程度。
Also analyzed the influence of temperature and furring on the heat pump system.
结果表明，空塔速度对冷凝效率及成酸浓度影响最大，冷凝器出口温度次之。
The results showed that the condensation efficiency and the sulphuric acid concentration were affected by superficial velocity considerably, then the condensation temperature.
本文分析了蒸发式冷凝器和水冷式冷凝器在同一冷凝温度下对应于相同冷凝负荷的能耗量。
This paper analyses the energy consumption of evaporative condenser compared to shell-tube water-cooling condensers under the same condensing temperature and same heat load condition.
一种水景式空调换热系统，由冷凝器、温度传感器、水景、回水过滤器、水泵和变频器组成。
The utility model relates to an air-conditioning of waterscape-typed, comprising a condenser, a temperature sensor, a waterscape, a return water filter, a water pump and a frequency converter.
简述了CS3000系统白勺硬件构造和软件组态，介绍了聚合釜和冷凝器白勺温度控制程序。
The hardware and software configuration of CS3000, the temperature control mode of polymerization reactor and the condenser were introduced.
应积极推荐采用旁路三通调节阀，因为这样能保持冷凝器进出口设有温度计管，便于观察和保养工作。
Bypass should recommend the use of three-way valves, which have to maintain export condenser tube thermometer. facilitate the observation and maintenance work.
其装置由风机、可燃气体源、燃烧器、加料器、喷动床、旋风分离器、静电除尘器、冷凝器及流量计、温度计、控制装置等组成。
Its equipment is formed from fan, flammable gas source, combustor, feeder, spouted bed, cyclone separator, static dust-remover, condensator, flowmeter, thermometer and control device.
本文通过测试扁管温度分布，来评价微通道冷凝器管内流量分配特性。
Testing temperature distribution of tubes was proposed to evaluate flow maldistribution in microchannel condenser.
本文通过测试扁管温度分布，来评价微通道冷凝器管内流量分配特性。
Testing temperature distribution of tubes was proposed to evaluate flow maldistribution in microchannel condenser.
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