不管怎么样，下半海盗湾至今仍然在继续运行着。

与目前先进的非易失性存储器相比，年国内该设备具有多级数据保持能力、高开/关比和高耐久性。望交图5多晶MAPbCl3基器件和单晶MAPbCl3基器件的TEM表征和低阻态保持时间比较(A)多晶MAPbCl3NW的HRTEM。

下半图3基于MAPbX3晶体结构的Ag迁移活化能计算(A)优化的CH3NH3PbX3(X=Cl,Br,I)钙钛矿晶格结构。其中有机-无机杂化钙钛矿材料除了具有优异光伏特性以外，年国内其固有的迟滞效应和丰富的载流子传输通道使其在Re-RAMs领域具有广阔研究前景。望交重点研究了器件阻变速度和数据保持时间之间的平衡关系。

其中，下半MAPbI3具有超快阻变速度(200ps)，MAPbCl3器件具有超长保持时间(~7×109s)。年国内范智勇教授团队近三年在光电纳米材料与器件领域工作汇总：新型阻变存储器：YutingZhang†,SwapnadeepPoddar†,HeHuang,LeileiGu,QianpengZhang,YuZhou,ShuaiYan,SifanZhang,ZhitangSong,BaolingHuang,GuozhenShen,ZhiyongFan*,Three-dimensionalperovskitenanowirearray–basedultrafastresistiveRAMwithultralongdataretention, ScienceAdvances,2021,7:eabg3788,DOI:10.1126/sciadv.abg3788.SwapnadeepPoddar,YutingZhang,LeileiGu,DaquanZhang,QianpengZhang,ShuaiYan,MatthewKam,SifanZhang,ZhitangSong,WeidaHu,LeiLiao,ZhiyongFan,Down-scalableandUltra-fastMemristorswithUltra-highDensityThree-dimensionalArraysofPerovskiteQuantumWires, NanoLetters,2021,21(12),5036-5044,DOI:10.1021/acs.nanolett.1c00834.SwapnadeepPoddar†,YutingZhang†,YiyiZhu,QianpengZhang,ZhiyongFan,Opticallytunableultra-fastresistiveswitchinginlead-freemethyl-ammoniumbismuthiodideperovskitefilm, Nanoscale,2021,13,6184-6191,DOI:10.1039/d0nr09234g.微纳光电器件：LeileiGu,SwapnadeepPoddar,YuanjingLin,ZhenghaoLong,DaquanZhang,QianpengZhang,LeiShu,XiaoQiu,MatthewKam,AliJavey,ZhiyongFan,Abiomimeticeyewithahemisphericalperovskitenanowirearrayretina, Nature,Volume581,278–282(2020).DOI:10.1038/s41586-020-2285-x.QianpengZhang,MohammadMahdiTavakoli,LeileiGu,DaquanZhang,LeiTang,YuanGao,JiGuo,YuanjingLin,Siu-FungLeung,SwapnadeepPoddar,YuFu,ZhiyongFan,Efficientmetalhalideperovskitelight-emittingdiodeswithsignificantlyimprovedlightextractiononnanophotonicsubstrates, Commun.,10,727 (2019).QianpengZhang,DaquanZhang,LeileiGu,Kwong-HoiTsui,SwapnadeepPoddar,YuFu,LeiShu,ZhiyongFan,Three-DimensionalPerovskiteNanophotonicWireArray-BasedLight-EmittingDiodeswithSignificantlyImprovedEfficiencyandStability, ACSNano,202014(2),1577-1585,DOI:10.1021/acsnano.9b06663YuFu,QianpengZhang,DaquanZhang,YunqiTang,LeiShu,andZhiyongFan,ScalableAll-evaporationFabricationofEfficientLight-EmittingDiodeswithHybrid2D-3DPerovskiteNanostructures, AdvancedFunctionalMaterials,Volume30,2020,2002913.DOI:10.1002/adfm.202002913.MohammadMahdiTavakoli1,ShaikMohammedZakeeruddin,MichaelGrätzel,ZhiyongFan,Large-GrainTin-RichPerovskiteFilmforEfficientSolarCellsviaMetalAlloyingTechnique, Mater.,30(11),1705998 (2018).微纳化学传感器件：ZhilongSong,WenhaoYe,ZhuoChen,ZhesiChen,MutianLi,WenyingTang,ChenWang,ZhuanWan,SwapnadeepPoddar,XiaolinWen,XiaofangPan,YuanjingLin,QingfengZhou,ZhiyongFan,WirelessSelf-PoweredHigh-PerformanceIntegratedNanostructured-Gas-SensorNetworkforFutureSmartHomes, ACSNano,2021,15,7659-7667,DOI:10.1021/acsnano.1c01256.YuanjingLin,JiaqiChen,MohammadMahdiTavakoli,YuanGao,YudongZhu,DaquanZhang,MatthewKam,ZhubingHe,ZhiyongFan,PrintableFabricationofaFullyIntegratedandSelf-PoweredSensorSystemonPlasticSubstrates, Adv.Mater.,31(5),1804285 (2018).JiaqiChen,ZhuoChen,FaridBoussaid,DaquanZhang,XiaofangPan,HuijuanZhao,AmineBermak,Chi-YingTsui,XinranWang,ZhiyongFan,Ultra-LowPowerSmartElectronicNoseSystemBasedonThree-DimensionalTin-OxideNanotubeArrays, ACSNano,12(6),6079–6088 (2018).。

望交迄今为止报道的大多数钙钛矿阻变层都是基于薄膜形式。

下半(D)Ag/MAPbCl3NWs/AlRe-RAM器件在不同温度下的低阻态保持时间测试。隋明东先生强调，年国内一方树始终秉持着一件事，做十年，十年只做一件事的理念。

这个理念并非空洞无物，望交而是深深植根于一方树的品牌文化中。我们期待着这个源自中国东北的健康艺术板材品牌一方树，下半在未来能够继续引领家居市场的新潮流，为消费者提供更多优质、创新的产品和服务。

透过一方树的产品，年国内可以看出品牌对于环保理念的坚守和对艺术的热爱。2023年10月10日，望交一场盛大的代理商联盟启动会在辽宁铁岭火热进行。