宋大昭认为，国内功率一般来说伞护物种会是处于食物链顶端的动物，国内功率要对其进行保护，就势必要保护栖息地和完整食物链，大熊猫其实是一种非典型的伞护物种，因为它不吃肉，只吃竹子。
据了解，首座夏普被富士康收购后，发挥产业链垂直整合优势，加大广告和促销资源投入，一季度实现零售量规模同比增长42.6%。更重要的是，兆瓦综合站制从4月开始彩电市场将开启促销模式，尤其是互联网电视品牌于3月底便开始了促销发力。
首先，氢能氢系综合全球面板供需关系而言，氢能氢系面板在中国虽下跌了5、6个点，但在印度、美国及巴西等国的供应依然强劲，这就能大大满足需求端的产能要求，影响全球面板价格浮动。当然，利用面对业内关注的面板价格走向，利用去年中怡康黑电副总经理彭显东分析预测：12月电视面板价格将进行回调，预计二季度开始，价格将进行回落，在那时他认为核心问题是供需关系，接下来海外黑五、国内春节，需求会比较旺盛，过了明年的第一季度后相对平淡一些，明年也没有重大的体育赛事。目前来看，统完电视面板价格尽管没有要回落的意思，统完但对于一般的厂商而言，面板成本占硬件成本的60%以上时，就意味着盈利的空间很小，这必然会导致面板需求的下降，因此容易得出结论--面板价格的上升空间已经非常的有限。
当然，成联在面板上涨致整机厂商压力倍增的大背景下，成联仍有个别品牌表现勇猛，如国产领军品牌TCL，得益于面板端的强大支持，在面板涨价最迅猛、货源最紧缺之时，TCL通过旗下华星光电的支持，仍能一鼓作气，在竞争社因面板货源紧缺而产能发力的过程中，与同行拉开差距。面板价格或在7、调试8月松动那这个时间究竟会落到何时？7、8月份可能性很大。
奥维云网（AVC）预测数据显示，国内功率预计二季度彩电市场的零售量规模将达1124万台，同比增长1.5%，零售额规模351亿元，同比增长7.0%。
而进入2017年，首座面板价格持续大涨，彩电整机企业陷入成本压力加大泥潭，一年势好一年势衰的行业预言似乎正在发酵。（d）PtNP/NCCo1NC、兆瓦综合站制Pt1/Co1NC、PtNP/NC和商业20wt%Pt/C的HER催化活性在室温下使用三电极系统进行测量。
所得PtNP/NC中的铂的质量分数为0.5wt%，氢能氢系而在Pt1/Co1NC中为0.4wt%，同时，Co在Pt1/Co1NC中为0.17wt%。作为对照样品，利用PtNP/NC的制备方法与Pt1/Co1NC类似。
其质量活性可达32.4Amg-1Pt，统完20mV处的TOF为32.86s-1。以第一作者身份已发表的论文: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（通讯作者）2020年8月至今，成联特任副研究员，成联南京大学2017年11月-2020年7月，博士后，南京大学2012年9月-2017年9月，博士研究生，大连理工大学2008年9月-2011年7月，硕士研究生，内蒙古大学2004年9月-2008年7月，本科，内蒙古大学研究方向：燃料电池低铂及非贵金属电催化剂代表性论文：[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.邮箱：[email protected]刘建国（通讯作者，课题组负责人）刘建国，华北电力大学二级教授，博士生导师，入选国家高层次人才计划。
