Madrid Complutense University of Dayton ((UniversidadComplutensedeMadrid) researchers have designed a high ionic conductivity of materials that could be great and the promotion of hydrogen fuel cells. The study, published in leading scientific journals “Science “.
The research team using insulating materials - strontium titanate (Strontiumtitanate) and yttria-stabilized zirconia (Yttria-stabilizedzirconia) of synthetic material as a fuel cell in the ion conductive material. The two different crystalline structures of the materials produced a combination of ion channel flowsEX941AA，EX942AA，F1466A，F1739A，F2019，F2019A，F2019B，F2024，F2024-80001A，F2024A，F2024B，F2098，F2098-60001，F2098A，F2111-60901，F2157-60901，F2193-80001A，F2299A，F3172A，F3408H，F3459H，F3886HR，F3886HT，F3924HR，F3926H，F3927HR，F3928HR，F3929HR，F3930H，F3930HR，F3931HR，F3933HR，F3933K，F3933WR，F3978AV，F3980AV，F4098A，F4307H，F4308H，F4309H，F4486B，F4809A，F4812A，HSTNN-DB02，HSTNN-DB06，HSTNN-DB11，HSTNN-DB20，HSTNN-DB36，HSTNN-DB63，HSTNN-FB21，HSTNN-IB0，HSTNN-IB04，HSTNN-IB09，HSTNNIB12，HSTNN-IB20，HSTNN-IB39，HSTNN-LB11，HSTNN-LB31，HSTNN-OB06，HSTNN-OB20，HSTNN-OB37，HSTNN-OB38，HSTNN-OB41，HSTNN-OB53，HSTNN-OB71，HSTNN-UB02，HSTNN-UB11，HSTNN-UB37，HSTNN-UB41
