新型參比電極加速綠色氫能研究

據http://fuelcellsworks.com/網站報道：美國國家物理實驗室的科學家開發出了一種新型的參比電極，他們正在與氫能係統供應商ITM Power公司合作
，旨在協助可再生產氫技術的發展。

zhizijiaohuanmoshuidianjiecaotongguodianjieshuichanshengqingqiyuyangqi
，bingqieshiyonggutaidegaofenzidianjiezhilaifengeyinyangliangji。zhezhongjishukeyouxiaoyongyuzhenghejianxiexingkezaishengnengyuanchanqingyijijiangdinengyuanyunshuguochengzhongchanshengdetanpaifang。zhizijiaohuanmodianjiecaobixianyoudejianxingdianjiejishugengjiagaoxiao，danxuyaoshiyongxiangduiangguidecuihuajiruyi/氧化釕（陽極），鉑（陰極）。為滿足市場要求
，其成本以及使用壽命需要進一步提升
，但是其發展受製於催化劑衰退的研究進展緩慢。 國guo家jia物wu理li實shi驗yan室shi的de科ke學xue家jia開kai發fa出chu用yong於yu質zhi子zi交jiao換huan膜mo電dian解jie槽cao的de新xin型xing參can比bi電dian極ji
，使shi得de在zai線xian測ce量liang陰yin陽yang極ji的de電dian化hua學xue反fan應ying過guo程cheng成cheng為wei可ke能neng。傳chuan統tong的de參can比bi電dian極ji要yao麼me在zai測ce試shi過guo程cheng中zhong連lian接jie在zai電dian解jie槽cao的de末mo端duan，邊bian緣yuan效xiao應ying使shi得de測ce試shi的de誤wu差cha上shang升sheng；yaomexuyaodianjiecaobenshenjinxingteshudesheji，fouzenanyijingqueceliang。xinxingdecanbidianjitongguozuankongdefangshi
，zhijieyudianjiecaodehuoxingquyuxianglian。zheshidecanbidianjizaibuyingxiangdianjiecaodejichushangshang
，keyifenbieceliangyinyangjiduidianyadegongxian。 shangyongdedianjiecaoyibanzaidianliubeiqieduanhouhuibiaoxianchukailudianweideshuaijian。zaiguoquyibanrenweishiyouyuyangjicuihuajizaochengde，danshiyongzuixindecanbidianjiyanjiuhoufaxian
，zheyishuaituiwanquanyouyuyinjibocuihuajibiaomianyanghuasuodaozhide。 據悉，新型的參比電極將進一步用於商用電解槽的研究
，增加催化劑的耐久性
，未來也將用於電解催化劑加速評價標準的製定。