科研任务书（科研封面里的浓浓夏意）

科研任务书（科研封面里的浓浓夏意）摘要：原文链接：https://www.scimage.cn/artwork/2723.html摘要：Lithium-metal anodes are the most promising electrodes for next-generation high-energy-density batteries. In their Communication on page 7764 ff. Q. Zhang and co-workers employed a nitrogen-doped graphene matrix (lotus leaves) with lithiophilic nucleation sites (sitting frogs) to guide Li (tadpoles) nucleation on an anode surface. The result is a

微风吹拂过的午后，来一起欣赏一下清爽的科研海报吧。

‘池塘边的榕树上，知了在声声叫着夏天~，’熟悉的旋律有没有唤起你童年的记忆？

村口的老榕树，池塘边呱呱叫的青蛙，奶奶的大蒲扇摇啊摇，赶走了扰人清梦蚊子......香甜的午睡后，吃一口刚从井里捞出来的纯天然冰凉大西瓜，一口下去，甜美多汁。

原文链接：https://www.scimage.cn/artwork/1628.html

摘要：

Lithium-metal anodes are the most promising electrodes for next-generation high-energy-density batteries. In their Communication on page 7764 ff. Q. Zhang and co-workers employed a nitrogen-doped graphene matrix (lotus leaves) with lithiophilic nucleation sites (sitting frogs) to guide Li (tadpoles) nucleation on an anode surface. The result is a uniform distribution of Li on the anode surface. These dendrite-free lithium-metal anodes exhibit an impressive electrochemical performance.

桃花流水鳜鱼肥。听，远处渔民爽朗的笑声。一网下去，满满的收获。到底是选红烧好呢还是选糖醋亦或者清蒸呢？哎，不能在想了，渔民的船还没靠岸，一想到美食，我的口水就要先流下来了。

原文链接：https://www.scimage.cn/artwork/2723.html

摘要：

In article number 1808392 Jia‐Qi Huang and co‐workers develop a single‐ion‐conducting interface consisting of a dual‐layer architecture to protect lithium‐metal anodes. The artificial interface regulates a homogeneous ionic and electric field distribution and simultaneously brings a superior mechanical feature at the surface of the lithium‐metal anode synergistically enabling a highly efficient cell performance in working lithium‐metal batteries.

林妹妹也曾“留得枯荷听雨声”，但正值盛夏，在荷塘里随小船静静的随水流飘荡。水里的小鱼自在嬉戏，抬眼看，湛蓝地天，浮动的云好像棉花糖一样松软可口，拂面的微风里更是弥漫着荷花的清香......

原文链接：https://www.scimage.cn/artwork/2722.html

摘要：

In article number 1806957 Weiyue Lu Zhen Gu and co‐workers engineer a dual bioresponsive drug‐delivery depot that can respond to the acidic pH and reactive oxygen species within the tumor microenvironment for co‐delivery of anti‐PD1 antibody and an epigenetic modulator. This combination therapy increases the immunogenicity of cancer cells and enhances the antitumor immune response. The pond represents the drug‐delivery depot the duckweeds represent the tumor cells; the red fish (epigenetic agent) and the black fish (aPD1 antibody) work together to eat the duckweeds representing the tumor cells being eliminated.

本期科研封面欣赏到此介绍，我们下次见。