wire gauze

The characteristic study of the oxide filament with tantalum wire wrapped with platinum gauze

直热式钽基铂网氧化物灯丝特性的研究

The special wire gauze used for making mesh reflector is one of the key basic material.

用于网面材料的特种金属丝网布是制作网状天线的关键基础材料之一.

Studies on Nanometer TiO_2 Film Photocatalyst Supported on Stainless Steel Wire Gauze

不锈钢金属丝网上TiO2纳米薄膜光催化剂的研究

Thus it can be seen that the surface treatment of corrugated wire gauze packing has more advantages under a low liquid load.

由此可见，在低液体负荷下，金属丝网波纹填料的表面处理更具有优越性。

Studies on absorption of nitrogen oxides in the presence of a corrugated stainless steel wire gauze as packing material

不锈钢丝网填料存在时氮氧化物吸收过程的研究

Influence of surface treatment of corrugated wire gauze packing on its hydrodynamic performance of packing has been studied.

研究了金属丝网波纹填料表面处理对其流体力学及传质性能的影响。

A Study on Effect of Net Structure of Corrugated Wire Gauze Packing on Its Mass Transfer Performance

新型网波填料塔的间歇精馏优化操作的研究丝网波纹填料的网纹构型对其传质性能影响的研究

The plate made of wire gauze with polystyrene is a good lightweight wallboard material with many merits.

钢丝网架聚苯乙烯夹心板是一种性能优良的轻质墙体材料，具有诸多优点。

The surface of corrugated wire gauze packing was treated with different methods respectively and the pressure drop Δ P/ Z and the height equivalent to a theoretical plate HETP of packing were determined before and after they had been treated with ethanol water system.

对金属丝网波纹填料采用不同的方法进行表面处理，并以乙醇水为物系，对处理前后填料层的压降△P/Z及等板高度HETP进行了测定。

Influence of Surface Treatment of Corrugated Wire Gauze Packing on Its Performances

金属丝网波纹填料表面处理对其性能的影响

Dandy roll: A cylinder of wire gauze in the paper making machine that comes into contact with the paper while it is still wet. The dandy impresses the watermark and the laid lines into its surface when required.

水印辘：在造成纸机上的金属纲圆筒，它卢湿纸接触，按照需求压上水印水纹。亦称面辘。

Ignition characteristics: It can be ignited by the charcoal chimney or bright hire under the iron wire gauze.

点燃特性：采用点炭筒点燃，或者采用铁丝网下用明火点燃。

Nanometer TiO_2 film photocatalyst on stainless steel wire gauze was prepared by using sol-gel method.

以钛酸正丁酯为原料，采用溶胶-凝胶法在金属丝网上制备了TiO2薄膜光催化剂。