丝网印刷法

通过丝网印刷法和超声喷雾法制备了graphene及其金属氧化物（ZnO和SnO2）复合电极，并进行电化学性能测试。

Graphene and graphene-metal oxide ( ZnO and SnO2 ) composites were prepared by screen printing and ultrasonic spray pyrolysis ( USP ) methods , meanwhile , the electrochemical properties were studied .

两种颗粒结合制备的复合光阳极DSSC具有较好的光电转换性能。（2）分别用丝网印刷法、电泳法、喷涂法和纳米棒生长-浸渍法制备ZnO/TiO2复合薄膜DSSC。

DSSC with composite photoanode showed the best conversion efficiency . ( 2 ) ZnO / TiO2composite photoanodes were fabricated by screen printing , electrophoresis deposition , spray coating and nanorods growth-dip coating .

提出了一种新的粗化阳极/电解质界面的方法&丝网印刷法。

A new method ( screen-printing ) of roughening anode / electrolyte interface is presented .

另一种是丝网印刷制作法，该方法相对简单。

The other is serene printing , this method is relatively simple .

通过对浆料粘结剂、丝网印刷和烧结工艺的系统研究，采用丝网印刷法成功制备出一层厚约10μm、表面致密且与电解质结合紧密的LDC阻挡层薄膜。

A thin and dense LDC barrier layer of 10 μ m , which adhered strongly to the electrolyte , was successfully prepared by screen-printing method based on the systematic study of the slurry composition , screen-printing conditions and sintering procedure .