We investigated Foturan~? glass ceramic as a promising substrate material for micro-solid oxide fuel cells (μ-SOFC), including processing and electrochemical characterization of free-standing μ-SOFC membranes. The Foturan~? wet etching rate was determined to be 16 μm/min. This results in 31 min etching to fabricate a freestanding μ-SOFC membrane. The maximum power output of μ-SOFC membranes was 209 mW/cm~2 at 550°C with an open circuit voltage of 0.58 V.
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机译：我们调查了Futuran〜？玻璃陶瓷作为微固体氧化物燃料电池（μ-SOFC）的有前途的基材，包括独立式μ-SOFC膜的加工和电化学表征。 Foturan〜？湿蚀刻速率被确定为16μm/ min。这导致了31分钟的蚀刻，以制造独立的μ-SOFC膜。 μ-SOFC膜在550°C下的最大输出功率为209 mW / cm〜2，开路电压为0.58 V.
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