蒸汽湿度对汽轮机的安全性和经济性有着重要的影响。
Steam wetness has great influence on safety and efficiency for steam turbine.
蒸汽湿度在一定范围内，湿度对汽水分离效果影响不大。
The effect of humidity is very little in stream-water separating if the steam humidity in some range.
构建了湿蒸汽实验系统并进行了蒸汽湿度测量的实验研究。
A wet steam experiment system is established with a Laval nozzle generating wet steam.
蒸汽湿度的准确测量对某些工业生产及指导电厂汽轮机安全经济运行具有重要意义。
The accurate measurement of steam wetness has great significance for guiding safe and economic operation of a steam turbine in power plant and for controlling some industrial production process.
蒸汽湿度的准确测量对某些工业生产及指导电厂汽轮机安全经济运行具有重要意义。
The accurate measurement of steam wetness has great significance in guiding safe and economic operation of a steam turbine in power plant and in controlling some industrial production process.
通过误差分析及湿度探针的校验表明双区加热法测量蒸汽湿度能够满足测量的要求。
The double region heating method is suitable for monitoring wetness fraction of steam turbine exhaust on line, which is proved by the error analysis and the calibration of wetness probe.
根据计算结果并结合湿度测量的具体应用，分析了电容传感器用于测量湿蒸汽湿度的可行性。
When the wet steam flows by the capacitive sensor, the sensor capacitance changes with the steam wetness.
由于蒸汽湿度测量的光学法有着很大的优越性，对这一方法以及它的各种不同实施方案作了较洋细讨论和分析。
Having great advantages over the other methods, the optical method and its different variation of application in the measurement of steam wetness in turbines are discussed and analysed in detail.
采用激光散射法原理设计的测量装置测量蒸汽湿度和水滴直径，并且给出了一次水滴和二次水滴的具体测量方法。
A measuring facility has been designed by using the principle of laser scattering method, and the concrete measuring method for primary and secondary water droplet being given.
在大型火力发电厂中，汽轮机内蒸汽湿度、透平油中含水率和氢冷发电机中氢气湿度都直接影响着机组的安全经济运行。
In large power plant, wet steam in turbine and water in turbine oil and wet hydrogen in hydrogen-cooled generator will decrease safety and economic of turbine generating unit.
因此，蒸汽湿度、透平油中含水率和氢气湿度准确测量与确定是一个重要的研究方向，对机组的安全经济运行提供帮助与指导。
So the accurate measurement of steam wetness and water ratio and wetness in hydrogen is a important research direction which can provide guiding for safe and economic operation of unit.
根据市场要求，对棉织物后焙烘加工工艺，包括树脂和催化剂的选择，整烫和焙烘条件(整烫温度、蒸汽湿度等)等方面进行工艺分析。
Aiming at the market demands, post curing process of cotton fabric was carried out, the influences, of selections of resin and the catalyst, curing conditions of temperature and time were analyzed.
以汽轮机内蒸汽湿度的准确测量为目的，设计了基于微波谐振腔微扰法的蒸汽湿度测量系统：自动频率跟踪系统和等精度频率测量系统。
A wetness measurement system based on cavity perturbation method is designed for precise measuring, including automatic frequency tracing system and equal precision frequency measurement system.
虽然制冷系统会降低空气的湿度(因为凝结作用会带走部分水蒸气)，但是蒸汽冷却器却能够增加空气湿度。
Whereas refrigerative systems reduce the humidity of air (because some water vapour condenses and is drained away), evaporative coolers increase humidity.
高湿度意味着空气中水蒸汽含量高——蒸汽浓缩会成为可以看得见的“雾”，就像我们在潮湿的夏天在汽车和建筑物的空调口所见到的那样。
High humidity means high levels of water vapor in the air - the vapor that condenses and becomes visible as "fog" on Windows of air-conditioned cars and buildings on steamy summer days.
蒸发器是通过加热设备通过沸腾把水转换成蒸汽来制造湿度。
A vaporizer produces moisture by boiling the water with a heating element converting the water to steam.
重点对光纤光栅测量湿蒸汽两相流湿度场以及温度场的机理进行研究，对实验系统装置的构建作了详尽的描述。
In this article the mechanism of based on FBG sensor measurement in two-phase wet steam flow moisture and temperature field was researched and investigated clearly.
该测试新方法将能解决湿蒸汽两相流中湿度的动态、准分布测量的技术难题。
Consequently, this method solves difficult technical problem of dynamic and quasi-distributing measurement in two-phase wet steam flow.
空气中水蒸汽量的度量。既可以以绝对湿度，也可以以相对湿度表示。
The measure of the amount of water vapor in air, expressed as either the absolute or relative humidity.
湿度对蒸汽轮机效率的影响及其对叶片的浸蚀作用极其复杂。
The effect of the wetness on steam turbine efficiency and the etching effect on the blade were very complex.
本实用新型在高温季节中仍能保持蒸汽中的湿度稳定，提高颗粒料或膨化料成型的质量。
The utility model can keep the stabilization of the humidity in the steam in high temperature seasons, and enhances of quality of the forming of granulation materials and bulking materials.
提出了蒸汽相对饱和湿度（过渡函数）的定义并采用了分区计算的方法。
The relative saturation wetness (transition function) is defined and the approach by distinguishing different thermal property zones is developed.
这是因为，在相同体积的空气中，水蒸汽的含量不变，则温度越高，相对湿度就越小。
There are some influential aspects of keeping the quality in the storage process, including the temperature, relative humidity, air velocity, gas component, package and transportation.
多少水蒸汽被薄膜吸收取决于周围环境的相对湿度。
How much water vapour is absorbed into the film depends on the ambient relative humidity.
多少水蒸汽被薄膜吸收取决于周围环境的相对湿度。
How much water vapour is absorbed into the film depends on the ambient relative humidity.
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