摘要：Aqueous hybrid supercapacitors(AHSCs)offer potential safety and eco-friendliness compared with conventional electrochemical energy storage devices that use toxic and flammable organic *** can serve as the bridge between aqueous batteries and aqueous supercapacitors by combining the advantages of high energy of the battery electrode and high power as well as long lifespan of the capacitive *** the past few decades,extensive research efforts have been devoted to developing advanced materials and fascinating device architectures for ***,further development related to the compatibilities between the battery-type electrode and capacitive electrode remains stagnant mainly due to discrepancy encountered in terms of reaction kinetics and *** review focuses on the recent progress made in the field of AHSCs via elucidating the main concepts on the design of battery and capacitive electrodes and emerging *** particular,ingenious AHSCs that possess either better flexibility toward materials selection or better device functionality such as those with“dual-ion”energy storage mechanism and non-polarity feature are also *** advances and unresolved issues in multivalent ion hybrid devices(in particular,zinc-ion AHSCs)are further ***,future research directions and challenges for AHSCs are presented,which are anticipated to deliver higher energy and demonstrate greater multifunctionalities for more breakthrough technology applications.

摘要：为选育性状优良的鲜食型辣椒,设计了本次组合比较试验。本试验共7个参试品种,以湘研15号为对照,采用随机区组排列进行组合比较试验,设3次重复,并对参试组合的果实性状、产量和抗病性等方面进行了比较分析。结果表明,组合14-108在果实性状、丰产性及抗病性方面都优于对照组合,且每667 m^2鲜椒产量达到3 732.6 kg,比对照品种湘研15号增产33.28%,增产效果显著。组合14-108抗病性强,综合性状优良,适合在云南省鲜椒产区进行示范推广。