多孔板相当于均匀介质。
而二级框架用了与主材料近似样式和颜色的木质多孔板。
The secondary effective layer Outlines wooden cribriform panels used in similar pattern and color with the main material.
阐述了所谓多孔板体结构的概念、机制和材料组成要求。
The concept of multi-voided plate structure and its material components are introduced.
多孔板是用陶瓷制造的，或者是流化要求气压最低的聚乙烯结构。
Porous plates are ceramic or polyethylene in construction which requires minimum air pressure for fluidization.
在泄爆膜的右侧设有多孔板，该多孔板固定在除尘器的箱体板上。
A porous sheet is provided at the right side of the explode-discharging film, the porous sheet is fixed on the box plate of the dust remover.
结论采用粉末烧结技术研制的多孔板的特性满足水升华器的性能要求。
Conclusion Porous plates developed by making use of sintered powder technology could meet requirements of performance of water sublimator.
对舱外航天服热控系统所采用的多孔板水升华器的主要工作模式进行了讨论。
Some operation modes of the porous plate water sublimator used in an EVA space suit thermal control system are discussed.
结果憎水涂层多孔板的水滞留能力显著提高，但其渗透压降也不同程度地增加。
Result Hydrophobic coating porous plate could evidently increase the water retention pressure, but also increase pressure drop of gas permeability in varying degrees.
特别地，它们被很好地配置成在多孔板分析形式下进行自动取样、样品准备和分析。
They are particularly well suited for conducting automated sampling, sample preparation, and analysis in a multi-well plate assay format.
本文介绍了采用石灰、粉砂为主要原材料生产灰砂预应力多孔板构件的最新研究成果。
In this paper the results of recent investigation on prestressed lime-sand concrete hollow panel with lime and powdery sand are given.
本文介绍多孔板支撑缩放管的管壳式换热器在硫酸生产中的应用效果，设备制造和保温经验。
The orifice-baffle support type heat exchanger(OSHE)supports tube bundle with circular orifice-baffles instead of conventional segmental baffles.
目的探讨水升华器的关键部件—多孔板的研制方法，并对多孔板的主要物理特性参数进行研究。
Objective To investigate the development method of porous plate, the key part of water sublimator, and its main physical characteristics.
建立了泡沫多孔板的传热模型和能量方程，同时求得了板内烟气温度分布及辐射热流强度变化。
Heat transfer model and energy equations for porous plaque have been established, temperature distribution and variation of radiative heat flux are also found.
试验结果证明文中提出的升华器基本的设计概念是可行的，粉末烧结多孔板可以满足升华器的试验要求。
Test results have proved that the basic design concept of sublimator is feasible and that sintered powder porous plates can meet experimental needs of sublimator.
破损因素是大都为设备不良，袋口小或压差过高，使滤袋脱离多孔板顶在喷吹管或除尘器盖板上，终究磨擦破损。
The damage factors are mostly poor equipment, low or high pressure bag, the bag from the top blowing in the porous plate or dust cover, eventually friction damage.
它包括电解质膜、硅橡胶密封圈、多孔阳极板，及在所述电解质膜和多孔板之间的自由铺放的方式形成的催化剂颗粒层。
It includes electrolyte membrane, silicone rubber seal ring, multihole anode plate, and free lay mode formed granules of catalyst layer between said electrolyte membrane and multihole plate.
每一个体块的墙面和屋顶都覆盖上了多孔金属板创造出均质之感。
Perforated metal cladding wraps the walls and roof of each block to create a sense of homogeneity.
水泥砂浆层用于地板(达到隔音隔热的目的)，而天花板由多孔的水泥基板吸收声音。
Cement screed is used for the floor (for sound insulation and thermal mass) while the ceiling consists of perforated cement-based panels to absorb sound.
率定试验结果表明，多孔砂浆块比高进气值陶土板更适宜于作为裂隙非饱和渗流试验和驱替试验中的毛细隔栅。
The calibration test results show that porous mortar is more appropriate than ceramic plate when used as capillary barrier in unsaturated seepage experiment and displacement experiment of fracture.
用积分变换和积分方程研究多孔饱和半空间上刚性圆板的垂直振动问题。
The vertical vibration of a rigld circular plate on a poroelastic half space is studied by using the technique of integral transform and integral equation.
水泥发泡保温板是水泥基的多孔材料，与砂浆、墙面同质，界面优良，经简单清理直接粘贴即可，且粘性牢固。
Concrete foam insulation board is porous material, cement, mortar, wall and homogeneous, good interface, simple cleaning paste it directly, and viscous solid.
采用松装烧结技术在不同条件下制备出多孔钛板。
The porous titanium plates were prepared by loose powder sintering technology.
小学的屋顶远离内部的学习空间，通过多孔粘土天花板来为屋顶提供足够的通风。
The roof of the Primary School was pulled away from the learning space of the interior though, and a perforated clay ceiling with ample ventilation was introduced.
方法以装有酸性溶液的多孔玻板吸收管采样，用离子色谱法测定空气中的氨。
Methods The air samples collected with multi-hole absorbing tubes were determined by ion chromatography after sampling.
方法：以多孔玻板吸收管采样，离子色谱法测定。
Methods:Samples was detected by ion chromatography(IC) after collected with multi-hole Absorbing tubes.
与相近孔隙率的锡青铜烧结多孔结构相比，该微细板翅结构中的流动阻力大大减小，而对流换热能力却增强。
The flow resistance for water and air flowing through the mini-fin structure was less, while heat transfer coefficient was higher than in the sintered bronze porous structure.
与相近孔隙率的锡青铜烧结多孔结构相比，该微细板翅结构中的流动阻力大大减小，而对流换热能力却增强。
The flow resistance for water and air flowing through the mini-fin structure was less, while heat transfer coefficient was higher than in the sintered bronze porous structure.
应用推荐