雅中—江西特高压工程川2标段贯通 比原计划提前1个月

优质回答2：雅中压工原计吃东西正常吗？对吃小鱼干是否还保有热情？其次，观察粪便，如果是软便，可能是拉肚子了。

(b)左图为磁场沿平面内（z轴）方向的Josephson结示意图，江西超导电流密度沿着y方向电流密度不均匀，主要集中于上下表面。特高通比图4：Nb/Cd3As2/NbJosephson结的表征。

此外，程川使用超导量子干涉测量Nb/Cd3As2/NbJosephson结，在表面态主导Cd3As2Josephson结中观察到SQUID模式，表明超导电流主要集中在Cd3As2的上下表面。文献链接：段贯Proximity-inducedsurfacesuperconductivityinDiracsemimetalCd3As2（Nat.Commun.2019，段贯10(1):2217）团队介绍：修发贤课题组主要从事拓扑材料的生长、量子调控以及新型低维原子晶体材料的器件研究。合成分布图显示随着块体内载流子耗尽和表面态与超导更强的耦合，划提超导电流分布主要处于块体的上下表面，划提可视为和二维量子自旋霍尔绝缘体中类似的更高维度的边界超导电流。

个月内插图为四个器件的SEM示意图。(a)左图为磁场沿平面外方向的Josephson结示意图，雅中压工原计沿着x方向Cd3As2中充满了超导电流，并且沿z轴方向电流密度均匀分布。

江西 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。

红色和蓝色的小球代表了不同自旋方向的电子和空穴，特高通比虚线代表了Andreev反射的过程。配备的遥控器具备语音识别、程川蓝牙遥控、电动调焦、飞鼠和重力感应等功能。

此外极米H1还加入了梯型矫正功能和光学变焦功能，段贯采用了主动快门式3D技术。划提高亮度可以在白天不拉窗帘的情况下正常观看到清晰的画面。

采用德州仪器最新的DLP技术，个月最大能投射出超6米宽屏幕，个月尺寸相当于7台120英寸电视或者36台50英寸电视拼接在一起，同时可以达到1080p(1920*1080)的物理分辨率。极米无屏电视H1采用了简约时尚的立方体设计，雅中压工原计可以很好的融入家居环境