加湿

jiā shī
  • humidification
加湿加湿
加湿[jiā shī]
  1. 通过进气支管喷水试验得出,工质加湿对降低NOx排放效果明显,且在一定范围内能减少油耗。

    Test results show humidification could considerably decrease NOx emission and reduce fuel consumption to some degree .

  2. PEM燃料电池阴极加湿对浓差极化的影响

    Influence of Cathode Humidification on Concentration Polarization of PEM Fuel Cells

  3. 法国Carrier喷嘴绝热加湿过程的研究

    Research of adiabatic humidifying process of French carrier air washer

  4. 青浦人工煤气转换为LPG混空气之燃气加湿技术

    Dampening Technology for Converting Town Gas into LPG Mixed Air in Qingpu County

  5. 在线加湿压力和加湿流量对PM(10)排放的影响

    The influence of air pressure and spraying water flux on PM_ ( 10 ) generation

  6. 基于智能空调加湿系统中MODBUS协议研究

    The Intelligent Air-conditions Addition Humidity System Based on the MODBUS Agreement

  7. 文章首先分析了影响电解质膜湿度的各种因素,提出了加湿O2控制PEMFC电解质膜湿度的办法;

    The factors of affecting PEMFC membrane humidity are analyzed first and a way to control the membrane humidity by humidifying O2 is proposed .

  8. 新的表面安装LSI耐焊接热试验加湿技术

    Novel Moisture Soaking Techniques Of Soldering Heat Test for Surface Mount LSIs

  9. 全尺寸燃烧室的实验结果表明,空气加湿对于碳氢燃料与合成气火焰污染物排放的影响不同,尤其是对CO排放的影响。

    The experimental results of a full-size combustor show that the influence of humid air on pollutant emission is different for hydro-carbon fuels and synthesis gas , especially on CO emission .

  10. 针对在空气加湿影响CO排放方面存在的疑问,本文运用对冲扩散火焰从化学机理方面对其进行了计算分析。

    Due to there exists some doubts on the influence of humid air on CO emission , the process was calculated and analyzed considering the chemical mechanism by using an opposed diffusion flame .

  11. 基于SolidWorks的油管试压机造型设计环境湿热实验箱加湿系统的改进

    Modeling Design of Press Testing Device Suitable for Casing and Tubing Based on SolidWorks Improvement for damping system of environment damp heat cabinet

  12. 为了降低成本,PEMFC选用自加湿式的空气冷却燃料电池,避免了PEMFC加湿系统的使用。

    In order to reduce costs , a self-humidifying and air cooling PEMFC is selected , avoiding the use of the costly PEMFC humidifying system .

  13. 在加湿氮气直流电晕放电中有明显的oh(a2∑+→x2∏,0-0)光谱存在,但加湿空气条件下oh生成较少;

    Remarkable emission spectrum of OH ( A2 Σ + → X2 Π, 0-0 ) is detected in N2 DC corona discharge , but few OH radicals exist in air discharge ;

  14. 分析了电池加热温度,氢气和空气的加湿温度对PEM燃料电池性能和功率密度的影响。

    The effects of the fuel cell operating temperature and reaction gas humidification temperature on the performance and power density of PEM fuel cells are analyzed .

  15. 自行设计制作了模拟室内环境的连续反应式甲醛光催化降解反应器,使其具有UV光照,吹风换气,加热,加湿,方便更换二氧化钛等功能。

    The author designed and made a successive reaction box for formaldehyde photocatalytic degradation , witch simulated the indoor environment and possessed the functions of UV illuminating , blowing , heating , increasing humidify , expediently changing of titanium dioxide etc.

  16. 增大操作压力、降低操作温度和升高加湿温度会增加阴极CTL与GDL界面上液态水含量。

    Higher operating pressure , higher humidification temperature and lower operating temperature result in the increase of liquid water content at the interface of CTL and GDL .

  17. HJS型亚麻纺纱加湿剂的研究

    Study of HJS Type Flax Yarn Wetting Agent

  18. 湿膜加湿是一种比较新型的空气加湿方法,从湿膜加湿器的加湿机理出发,建立了数学控制方程,利用有限差分法将控制方程离散,并利用MATLAB软件编程序求解。

    On the basis of wet-film humidification being a kind of more new-type air humidification method , from humidification mechanism of the wet-film humidifier , establish governing equation which had been separated by using finite difference method , and use the MATLAB software to solve it .

  19. 打造IDC绿色节能机房能够实现电费的大幅度减少,机房的电力主要耗费在空调制冷加湿、电路照明、设备运行等等。

    The creating of IDC green energy saving room can save the electricity energy substantially . The power is mainly consumed in air conditioning refrigerating humidifying , lighting circuit and equipment operation in the main engine room .

  20. STULZ公司专业生产精密空调和加湿系统。

    STULZ manufactures air-conditioning and humidification systems .

  21. 目的研究操作参数即电池加热温度、加湿温度、反应气体流量对交叉指状流场氢-氧PEM燃料电池性能的影响,优化操作参数提高PEM燃料电池的性能。

    To optimize the operating parameters of PEM fuel cells and increase its performance , the effects of cell temperature , humidification temperature and reactant flow rate on the performance of PEM fuel cell must be investigated .

  22. 研究结果表明,空气加湿燃烧导致NOx排放显著下降,CO和UHC排放略有上升,燃烧室中压力振荡的频谱产生了变化,燃烧室出口温度场畸变加剧。

    The air humidified combustion may cause that NOx emission dramatically reduce , CO and UHC emission slightly increase , the spectrum of pressure oscillation within combustor changes , and the temperature field at combustor exit becomes more poor .

  23. 首先分析了PEMFC的热源,指出电池内热量一部分是由电化学反应直接或间接产生,另一部分与电化学反应无关由气体加湿或冷却水带走。

    First , heat resource of PEMFC is analyzed that one part of heat is produced directly or indirectly by electrochemistry reaction and another part of heat is independent of electrochemistry reaction , it is came from gas humidity or brought by cooling water .

  24. 本文提出了一种全新结构的MEA,在每片MEA流场中增加一个加湿区域,利用尾气的水分通过膜的传递给阳极(或阴极)反应气体进行加湿。

    This article presents a novel PEMFC with a humidification area in the membrane electrode assembly ( MEA ) of each cell , in which the moisture of the cathode exhaust gas could transfer through the membrane to humidify anode or cathode dry gas .

  25. 结论在其他参数一定的情况下,当电池温度与加湿温度相等的时候,即都为343K时电池性能最佳。

    The investigation results that at the condition of constant reactant flow rate , when the cell temperature is 343 K , which equals to the humidification temperatures , the performance is optimum .

  26. 而且还可以提高设备和加湿效率。

    But also can improve the efficiency of equipment and humidification .

  27. 湿膜加湿器的加湿机理及影响因素分析

    The mechanism of wet-membrane humidifier and analysis on its influence factors

  28. 加湿工艺在天然气转换中的应用

    Application of Humidifying Technology in the Conversion from MG to NG

  29. 它的鼻子可在吸入时加湿

    Its nose humidifies the dry desert air as it breathe in

  30. 加湿:在空气内加入水气。

    Reentry aerodynamics Humidification : Addition of water vapour to air .