在數據庫中，國網根據材料的某些屬性可以建立機器學習模型，便可快速對材料的性能進行預測，甚至是設計新材料，解決了周期長、成本高的問題。

近日，冀北基地交易此榜單終于在萬千矚目中隆重公布。鷹皇嚴格把關每一道工序、清潔全年每一個細節，確保燈飾照明工程的每一件產品都是精品。

2023中國十大品牌(照明榜單)網絡評選活動正式啟動，綠電受到了業內外的廣泛關注。鷹皇燈飾成為中國十大燈飾照明工程品牌，電量達是以鷹皇燈飾在全球布局的網絡客戶服務及國際標準的生產系統產品保障作為支撐。鷹皇燈飾憑借自身在品牌實力、億千品牌形象、億千行業貢獻等方面的突出表現，從高手如云中脫穎而出，榮登中國十大照明品牌、中國十大工程照明品牌榜單。

當主辦方致電鷹皇燈飾并致祝福時，國網鷹皇燈飾企業領導表示：國網非常榮幸能夠獲獎，感謝全國客戶、合作伙伴和鷹皇家人們，鷹皇燈飾將載譽前行，不負眾望!鷹皇燈飾在燈飾照明領域精耕細作19年，成為燈飾照明行業優質的全球燈飾照明工程設備【生產商】及【技術供應商】，為廣大客商提供整體技術方案、全品類生產、一體化工程服務。冀北基地交易鷹皇具有多個【上千萬元大型項目】室內外燈飾照明工程及影響力巨大的工程案例。

澳門必去之地的新濠集團水世界、清潔全年年供貨量達1.5億的恒大集團地產項目、清潔全年連接中山珠海的三大交通干線之一的坦洲快線、北京冬奧會假日酒店、上海源祥希爾頓酒店、天津麗思卡爾頓酒店、河北皇冠假日酒店、重慶江北國際機場、武漢天河國際機場等都能看到鷹皇的匠心之作

最后，綠電在給狗狗補液的同時，綠電還需要注意檢查補液的溫度，給予的補液溫度應該保持在狗狗體溫（37℃）的附近，這樣才能保證補液的效率，使補液有效地被吸收。Pt4f高分辨XPS圖譜，電量達其中（d）Pt1/Co1NC。

發表SCI論文120余篇，億千引用超過6300次，H因子42。這進一步驗證Pt1/Co1NC中的Pt以單原子的形式存在，國網而PtNP/NC中的Pt則聚集成顆粒。

它們具有很高的比表面積，冀北基地交易孔徑可調。以第一作者身份已發表的論文:1.RuiDing,RanWang,YiqinDing,WenjuanYin,YideLiu,JiaLi*,JianguoLiu*,DesigningAI-aidedanalysisandpredictionmodelsfornonpreciousmetalelectrocatalyst-basedprotonexchangemembranefuelcells,AngewandteChemieInternationalEdition,2020,59,19175-19183.2.RuiDing,YawenChen,XiaokeLi,ZhiyanRui,KangHua,YongkangWu,XiaoDuan,XuebinWang,JiaLi*,andJianguoLiu*,?AtomicallyDispersed,Low-CoordinateCo–NSitesonCarbonNanotubesasInexpensiveandEfficientElectrocatalystsforHydrogenEvolutionSmall,2021,DOI:10.1002/smll.202105335,Accepted3.RuiDing;YawenChen;PingChen;RanWang;JiankangWang;YiqinDing;WenjuanYin;YideLiu;JiaLi;JianguoLiu,ACSCatalysis,2021,11,97984.RuiDing,YiqinDing,HongyuZhang,WenjuanYin,RanWang,ZihanXu,YideLiu,JiankangWang,JiaLi*,JianguoLiu*,Applyingmachinelearningtoboostthedevelopmentofhigh-performancemembraneelectrodeassemblyforprotonexchangemembranefuelcells,JournalofMaterialsChemistryA,2021,9,6841.(insidecover)5.RuiDing,YideLiu,ZhiyanRui,JiaLi*,JianguoLiu*,ZhigangZou,FacileGraftingstrategysynthesisofsingle-atomelectrocatalystwithenhancedORRperformance,NanoResearch,2020,13,1519-1526.(backcover)6.RuiDing#,WenjuanYin#,GangCheng,YawenChen,JiankangWang,RanWang,ZhiyanRui,JiaLi,JianguoLiu,EnergyandAI,2021,5,100098.李佳（通訊作者）2020年8月至今，清潔全年特任副研究員，清潔全年南京大學2017年11月-2020年7月，博士后，南京大學2012年9月-2017年9月，博士研究生，大連理工大學2008年9月-2011年7月，碩士研究生，內蒙古大學2004年9月-2008年7月，本科，內蒙古大學研究方向：燃料電池低鉑及非貴金屬電催化劑代表性論文：[1]RuiDing#,WenjuanYin#,GangCheng,YawenChen,JiankangWang,RanWang,ZhiyanRui,JiaLi,JianguoLiu,EnergyandAI,2021,5,100098.[2]RuiDing,YawenChen,XiaokeLi,ZhiyanRui,KangHua,YongkangWu,XiaoDuan,XuebinWang,JiaLi*,andJianguoLiu*,?AtomicallyDispersed,Low-CoordinateCo–NSitesonCarbonNanotubesasInexpensiveandEfficientElectrocatalystsforHydrogenEvolutionSmall,2021,DOI:10.1002/smll.202105335,Accepted[3]RuiDing,YawenChen,XiaokeLi,ZhiyanRui,KangHua,YongkangWu,XiaoDuan,XuebinWang,JiaLi*,andJianguoLiu*,?AtomicallyDispersed,Low-CoordinateCo–NSitesonCarbonNanotubesasInexpensiveandEfficientElectrocatalystsforHydrogenEvolutionSmall,2021,DOI:10.1002/smll.202105335,Accepted[4]YawenChen,RuiDing,JiaLi*,JianguoLiu*,Highlyactiveatomicallydispersedplatinum-basedelectrocatalystforhydrogenevolutionreactionachievedbydefectanchoringstrategy,AppliedCatalystB:Environmental,2022,301,120830[5]RuiDing;YawenChen;PingChen;RanWang;JiankangWang;YiqinDing;WenjuanYin;YideLiu;JiaLi;JianguoLiu,ACSCatalysis,2021,11,9798[6]RuiDing,YiqinDing,HongyuZhang,WenjuanYin,RanWang,ZihanXu,YideLiu,JiankangWang,JiaLi*,JianguoLiu*,Applyingmachinelearningtoboostthedevelopmentofhigh-performancemembraneelectrodeassemblyforprotonexchangemembranefuelcells,JournalofMaterialsChemistryA,2021,9,6841.(insidecover)[7]RuiDing,RanWang,YiqinDing,WenjuanYin,YideLiu,JiaLi*,JianguoLiu*,DesigningAI-aidedanalysisandpredictionmodelsfornonpreciousmetalelectrocatalyst-basedprotonexchangemembranefuelcells,AngewandteChemieInternationalEdition,2020,59,19175-19183.[8]RuiDing,YideLiu,ZhiyanRui,JiaLi*,JianguoLiu*,ZhigangZou,FacileGraftingstrategysynthesisofsingle-atomelectrocatalystwithenhancedORRperformance,NanoResearch,2020,13,1519-1526.(backcover)[9]JiaLi,XiangZhu,JianyuWang,ZhiyanRui,ShiqiaoZhang,YuxinLi,RuiDing,WenxiangHe,JianguoLiu*,ZhigangZou,Iron-containingporphyrinsself-assembledonZnOnanoparticlesaselectrocatalyticmaterialsforoxygenreduction,ACSAppliedNanoMaterials,2020,3,742-751.[10]JiaLi,Jin-XunLiu,XueqiangGao,BryanR.Goldsmith,YuanyuanCong,ZihuiZhai,ShuMiao,QikeJiang,YongDou,JunhuWang,QuanShi,XinwenGuo,DonghaiWang,HongmeiYu,Wei-XueLi*,YujiangSong*,Nitrogen-dopedgraphenelayersforelectrochemicaloxygenreductionreactionboostedbylatticestrain,JournalofCatalysis,2019,378,113-120.[11]JiaLi,YujiangSong*,GaixiaZhang,HuiyuanLiu,YirenWang,ShuhuiSun*,XinwenGuo,Pyrolysisofself-assembledironporphyrinoncarbonblackascore/shellstructuredelectrocatalystsforhighlyefficientoxygenreductioninbothalkalineandacidicmedium,AdvancedFunctionalMaterials,2017,27,1604356.(frontcover)[12]JiaLi,HuiyuanLiu,YangLv,XinwenGuo,YujiangSong*,Influenceofcounterelectrodematerialduringaccelerateddurabilitytestofnon-preciousmetalelectrocatalystsinacidicmedium,ChineseJournalofCatalysis,2016,37,1109-1118.[13]JiaLi,YanXie,ShushuangLi,YangzhiBai,XinwenGuo*,BaolianYi,YujiangSong*,Graphenesupportedfoam-likeplatinumelectrocatalystforoxygenreductionreaction,MaterialsResearchExpress,2014,1,025045.[14]WeifengSi?,JiaLi?(?Co-firstauthors),HuanqiaoLi,ShushuangLi,JieYin,HuanXu,XinwenGuo,TaoZhang,YujiangSong*,Light-controlledsynthesisofuniformplatinumnanodendriteswithmarkedlyenhancedelectrocatalyticactivity,NanoResearch,2013,6,720-725.郵箱：lijia0226@nju.edu.cn劉建國（通訊作者，課題組負責人）劉建國，華北電力大學二級教授，博士生導師，入選國家高層次人才計劃。