2，解读纯种得折耳猫得眼睛是比较圆得，如果呈水滴状，就有坑你是和异短毛繁殖出来的
全球图4：Nb/Cd3As2/NbJosephson结的表征。(c-f)2K时，智慧#01，#02，#03，#04器件中界面电阻的归一化微分电导谱。
城市(d)超导Nb聚集并将近邻效应作用于Cd3As2表面后Cd3As2上表面的态密度分布图（EF=70meV）。发展这三个相变所对应的电阻突变大小均可与dI/dV中不同的性质所对应。(f)Δs和Δd 随磁场的变化关系，解读虚线是用BCS拟合得到的，内插图表明磁场方向垂直于Nb/Cd3As2平面。
全球 文献推荐：1) ChengZhang,YiZhang,XiangYuan,ShihengLu,JingleiZhang,AwadheshNarayan,YanwenLiu,HuiqinZhang,ZhuoliangNi,RanLiu,EunSangChoi,AlexeySuslov,StefanoSanvito,LiPi,Hai-ZhouLu,AndrewC.Potter,FaxianXiu,QuantumHalleffectbasedonWeylorbitsinCd3As2,Nature,565,331–336(2019).2) ChengZhang,ZhuoliangNi,JingleiZhang,XiangYuan,YanwenLiu,YichaoZou,ZhimingLiao,YongpingDu,AwadheshNarayan,HongmingZhang,TianchengGu,XuesongZhu,LiPi,StefanoSanvito,XiaodongHan,JinZou,YiShi,XiangangWan,SergeyY.SavrasovandFaxianXiu,UltrahighconductivityinWeylsemimetalNbAsnanobelts,NatureMaterials18,482(2019).3) CeHuang,BenjaminT.Zhou,HuiqinZhang,BingjiaYang,RanLiu,HanwenWang,YiminWan,KeHuang,ZhimingLiao,EnzeZhang,ShanshanLiu,QingsongDeng,YanhuiChen,XiaodongHan,JinZou,XiLin,ZhengHan,YihuaWang,KamTuenLaw,FaxianXiu,ProximityinducedsurfacesuperconductivityinDiracsemimetalCd3As2,NatureCommunications10,2217(2019).4) EnzeZhang,JinhuaZhi,YichaoZou,ZefangYe,LinfengAi,JiachengShi,CeHuang,ShanshanLiu,ZehaoLin,XinyuanZheng,NingKang,HongqiXu,WeiWang,LiangHe,JinZou,JinyuLiu,ZhiqiangMao,FaxianXiu,SignatureofquantumGriffithssingularitystateinalayeredquasi-onedimensionalsuperconductor,NatureCommunications9,4656(2018).5) XiangYuan,ZhongboYan,ChaoyuSong,MengyaoZhang,ZhilinLi,ChengZhang,YanwenLiu,WeiyiWang,MinhaoZhao,ZefangYe,JiaxiangWang,JonathanLudwig,XiaoxingZhang,CuiShang,ZhengcaiXia,DmitrySerminov,XiaolongChen,ZhongWang,HugenYan,FaxianXiu,ChiralLandaulevelsinWeylsemimetalNbAswithmultipletopologicalcarriers,NatureCommunications9,1854(2018).6) ChengZhang,AwadheshNarayan,ShihengLu,JingleiZhang,XiangYuan,YanwenLiu,Ju-HyunPark,EnzeZhang,WeiyiWang,ShanshanLiu,LongCheng,LiPi,ZhigaoSheng,StefanoSanvito,FaxianXiu,EvolutionofWeyl-orbitandquantumHalleffectinDiracsemimetalCd3As2,NatureCommunications8,1272(2017)7) ChunhuiZhu,FengqiuWang*,YafeiMeng,XiangYuan,FaxianXiu*,HongyuLuo,YazhouWang,JianfengLi,XinjieLv,LiangHe,YongbingXu,JunfengLiu,ChaoZhang,YiShi,RongZhang,ShiningZhu,Arobustandtuneablemid-waveinfraredopticalswitchenabledbybulkDiracfermions,NatureCommunications8,14111(2017).8) ChengZhang,EnzeZhang,WeiyiWang,YanwenLiu,Zhi-GangChen,ShihengLu,SihangLiang,JunzhiCao,XiangYuan,LeiTang,QianLi,ChaoZhou,TengGu,YizhengWu,JinZou,FaxianXiu,Room-temperaturechiralchargepumpinginDiracsemimetal,NatureCommunications8,1374(2017).9) YanwenLiu,XiangYuan,ChengZhang,ZhaoJin,AwadheshNarayan,ChenLuo,ZhigangChen,LeiYang,JinZou,XingWu,StefanoSanvito,ZhengcaiXia,LiangLi,ZhongWang,FaxianXiu, ZeemansplittinganddynamicalmassgenerationinDiracsemimetalZrTe5,NatureCommunications7,12516(2016).10) JunzhiCao,SihangLiang,ChengZhang,YanwenLiu,JunweiHuang,ZhaoJin,Zhi-GangChen,ZhijunWang,QisiWang,JunZhao,ShiyanLi,XiDai,JinZou,ZhengcaiXia,LiangLi,FaxianXiu, LandaulevelsplittinginCd3As2underhighmagneticfields, NatureCommunications 6,7779(2015).本文由Isobel撰稿。智慧进一步的理论计算证实了观察所得的电导平台/ZBBP和表面/块体态中邻近诱导能隙之间的关系。
(b)2K时微分电导谱（紫线）与电极3、城市电极5之间界面电阻的归一化R-T曲线（黑线）之间的关系。
其中b图中Cd3As2的费米面在Dirac点附近（EF=0），发展主要由表面态参与Andreev反射过程，只有BICP没有ZBBP。腾讯和天猫分列榜单第二、解读三位，占比为15.0%和11.3%，环比均下降0.8个百分点。
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