- 更多网络例句与凝结器相关的网络例句 [注：此内容来源于网络，仅供参考]
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Therefore, the condenser air is not the main reason of condensate supercooling, although it has some influences.
在正常运行工况下，由于这一区域的蒸汽凝结量已很少，所以对全部凝结水的平均过冷度不会产生明显的影响；因此，凝汽器中存在空气对凝结水虽然有一些影响，但并不是凝结水产生过冷的主要因数。
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Performance comparison of the condensed water system before and after revolution is analyzed,The papers also introduces the different control methods for Automatic control of deaerator water level and condenser water level.
文章研究对比改造前后的凝结水系统特点，介绍除氧器水位自动控制和凝结器水位自动控制不同方案，并对各方案进行分析对比，介绍了方案的参数调整方法。
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The water condensation system is mainly for delivery of water to the low-pressure fuel economizer of the hrsg through the condensing water pump.
1.1.10。凝结水系统凝结水系统主要作用是通过凝结水泵向余热锅炉的低压省煤器输送给水。
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The water storage function of condenser is the must not only for gathering and storing condensed water, various water repellence of thermal system, exhaust steam and chemical feedwater, but also for cushioning dramatically changing turboset flow during the operation, improving the stability of system regulation and ensuring the essential water-absorption pressure head of condensation pump.
凝汽器的蓄水作用既是汇集和贮存凝结水、热力系统中的各种疏水、排汽和化学补给水的需要，也是缓冲运行中机组流量急剧变化、提高系统调节稳定性的需要，并且是确保凝结水泵必要的吸水压头的需要。
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To reduce condensate supercooling, the reason of condensate supercooling in condenser should be analyzed firstly in the following
为了减小凝结水的过冷，下面先分析凝汽器中造成凝结水过冷的原因。
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Therefore, some effective measures must be taken for the condenser in nuclear power plant to reduce the condensate supercooling so as to ensure the condensate oxygen content in line with regulations.
因此，对于核电厂中的凝汽器，必须采取有效措施，减少凝结水的过冷度以保证凝结水的含氧量符合规定的要求。
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Aimed at the over proof problem of dissolved oxygen in condensation water for 300 MW units, a great deal of tests have been made, this paper deals with the effects of feed water pump sealing water, seal steam heater drain water, overcool degree of condensation water , and condenser makeup water, and puts forward some effective improving measures.
针对某电厂300MW机组凝结水溶氧超标的问题，进行了大量的试验研究，提出了给水泵密封水、轴加疏水、凝结水过冷度以及凝汽器补水等对凝结水溶氧量的影响，并对此提出了一些行之有效的改进措施。
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--- Method and apparatus for abstracting water from air wherein in a first phase of a recurring cycle a stream of cool, moist air from the atmosphere first cools a first heat storage condenser (1) and then humidifies a hygroscopic medium (14); in a second phase a stream of warm air additionally heated by solar radiation expels moisture from the hygroscopic medium and carries the moisture into said first heat storage condenser (1) where it condenses, releasing condensation heat, and drains away; in a third phase another stream of cool, moist air from the atmosphere first cools a second heat storage condenser (2) and then rehumidifies the hygroscopic medium, and in a fourth phase another stream of warm air heated by solar energy again expels the moisture from the hygroscopic medium and carries the moisture to said second heat storage condenser where it condenses and drains away, and wherein the warm air streams of the second and fourth phases, are preheated using the heat of condensation picked up by the said second heat storage condenser (2) in the fourth phase and the heat of condensation picked up by said first heat storage condenser (1) in the second phase, respectively, before being additionally heated by solar radiation and being used to expel moisture from the hygroscopic medium.
摘要---方法和仪器取水，从空气，其中在第一阶段的周期性循环流冷静，潮湿空气从大气中的第一冷却的第一个蓄热冷凝器（ 1 ），然后humidifies一吸湿中等（ 14 ）；在第二阶段流的暖空气此外，激烈的太阳辐射驱逐水分从吸湿中等，并进行水分成表示，第一蓄热冷凝器（ 1 ）凡它凝结，释放出凝结换热，及雨水渠的距离；在第三阶段另一流的冷静，潮湿空气从大气中冷却，第一第二蓄热冷凝器（ 2 ），然后rehumidifies该吸湿中等，而在第四个阶段的另一流的暖空气加热太阳能再次驱逐水分从中期和吸湿性带有水分说，第二蓄热冷凝器而凝结及排水渠远离，和其中的暖空气流，第二和第四阶段，预热用热凝结回升，由说，第二蓄热冷凝器（ 2 ）在第四个阶段和热凝结回升，由说，第一蓄热冷凝器（ 1 ）在第二个阶段，分别之前，此外激烈的太阳辐射和被用来驱逐水分从吸湿中等。
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Since the condenser pressure depends on condensation temperature, the factor influencing condensation temperature is also the factor influencing vacuum degree of condenser.
由于凝汽器压力取决于凝结温度，因此，影响凝结温度的因数也就是影响凝汽器真空度的因数。
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The comparison of the computational results of real gas model with that of perfect gas model shows that it is very important to apply the real gas model in the numerical simulations, and also the real gas model presented shows itself more profitable and applicable in numerical applications.
对单列叶栅和透平级内复杂三维凝结流动的数值计算方法进行了研究，结合欧拉/欧拉型自发凝结数值模型，以FLUENT软件N-S求解器为平台，建立了适合工程实际应用和复杂条件下非平衡凝结流动的数值计算系统。
- 更多网络解释与凝结器相关的网络解释 [注：此内容来源于网络，仅供参考]
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open air condenser：大气凝结器
露天,大气 open air | 大气凝结器 open air condenser | 露天干燥 open air seasoning
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coagulator：凝固器,凝结器
coagulation time apparatus 凝血速度计 | coagulator 凝固器,凝结器 | coagulogram 凝血时间图
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distiller：凝结器
distiller test tank 蒸馏水检验柜 | distiller 凝结器 | distiller 蒸馏器
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Cond press：凝结器压力
Concurrent boiler 直流锅炉 oB># P-V | Cond press 凝结器压力 f="Zpl | Condensate 冷凝、使凝结 q&O9W?E8dG
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Cond press：凝结器
Concurrent boiler 凝结水泵 | Cond press 凝结器 | Condensate 容抗
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air ejector condenser：空气射出器凝结器
"air ejector","空气喷射器,射气器,抽气器" | "air ejector condenser","空气射出器凝结器" | "air ejector line","空气射出器管线"
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condenser vacuum：凝结器真空
凝结器管排列 condenser tube bank | 凝结器真空 condenser vacuum | 凝结器水箱主系统 condenser water priming system
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steam condenser：蒸汽凝结器
汽柜;汽室 steam chamber | 蒸汽凝结器 steam condenser | 蒸汽凝结 steam condensing
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gland steam condenser：填函蒸汽凝结器
"填函封环","gland sealing ring" | "填函蒸汽凝结器","gland steam condenser" | "填函蒸汽加热器","gland steam heater"
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condenser shell penetrations：凝结器壳贯穿
凝结器壳接连 condenser shell connections | 凝结器壳贯穿 condenser shell penetrations | 凝结器管排列 condenser tube bank