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Fabrication of thin ceramic membranes by electrodeposition

机译：电沉积薄陶瓷膜的制造

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Thin films of La{sub}0.8Sr{sub}0.2Ga{sub}0.875Mg{sub}0.125O{sub}(3-x), yttria stabilized zirconia, and (Ce{sub}0.8Gd{sub}0.2)O{sub}19 were prepared by electrodeposition. Two cathodic deposition processes were used: electrophoretic and electrolytic deposition. Deposits were obtained on Ni foils, porous Ni-yttria stabilized zirconia cermets and La{sub}0.8Sr{sub}0.2Co{sub}0.2Fe{sub}0.8O{sub}(3-δ) substrates prepared by tape casting. The influence of solvent, dispersant and binder on deposition efficiency was studied. Deposition yield was evaluated under various experimental conditions. The problem of electrodeposition of dense ceramic layers on porous substrates was addressed by the use of intermediate organoceramic layers. Electrodeposition was utilized for fabrication of anode and cathode supported fuel cells.
机译：La {sub} 0.8sr {sub} 0.2ga {sub} 0.875mg {sub} 0.1250 {sub}（3-x），yttria稳定的氧化锆，以及（CE {sub} 0.8gd {sub} 0.2）通过电沉积制备o {sub} 19。使用了两种阴极沉积工艺：电泳和电解沉积。在Ni箔，多孔Ni-ytTria稳定的氧化锆CERMET和LA {SUB} 0.8SR {SUB} 0.2CO {SUB} 0.2CO {SUB}（3-Δ）底板上获得沉积物。研究了溶剂，分散剂和粘合剂对沉积效率的影响。在各种实验条件下评估沉积产量。通过使用中间体杂像层解决多孔基材上致密陶瓷层电沉积的问题。电沉积用于制造阳极和阴极负载的燃料电池。

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