Group News

2023/9/20:祝贺课题组王彬敏、胡颖一、徐璐瑶同学分别获得2022-2023年度公能奖学金(博士一等)、国家奖学金和公能奖学金(硕士一等)、公能奖学金(硕士一等)!!

2023/6/28:祝贺课题组王彬敏、胡颖一、徐璐瑶同学分别获得2022-2023年度慧谷奖学金(博士二等)、何炳林奖学金(硕士一等)、慧谷奖学金(硕士二等)!!

奖学金

2023/6/24: 一种通用的水中组装多功能超分子聚离子液体纳米多孔膜的方法

从聚离子液体材料化学的角度,结合氢键诱导聚离子液体极性和非极性链段之间相分离,及模拟生物系统中的小分子和带电荷的大分子在水环境中通过非共价作用进行的超分子组装的过程,提出了一种在水中将功能化的小分子添加剂与聚离子液体共组装制备超分子纳米多孔膜的方法。

一种通用的水中组装多功能超分子聚离子液体纳米多孔膜的方法

2023/3/20:一天连发Angew. Chem.ACS Nano

围绕着聚离子液体功能材料展开了深入的研究,针对材料的大规模合成以及具有特种应用的材料提出了新颖的策略。1、发展了室温水溶中快速、规模、可控制备共价交联聚离子液体纳米多孔膜的新方法;2、发现了集强粘附与优异的吸声性能于一体的聚离子液体水下粘结剂。

一天连发Angew. Chem.和ACS Nano两篇论文

2022/12/17:三氮唑聚离子液体活性氢 (SHA)-Acc. Chem. Res. 2022, DOI: 10.1021/acs.accounts.2c00430.

我们首次定义了三氮唑聚离子液体活性氢(Smart Hydrogen Atom, SHA), 归纳探讨了其独特的物化性质与功能结构设计,并从微观-介观-宏观三个尺度展示了SHA的应用案例,相信SHA化学可为材料化学创新注入活力。

三氮唑聚离子液体活性氢 - SHA

2022/2/1:一种离子化的交联造孔策略构建高频响应的电化学电容器电极材料。

我们以聚离子液体为碳前体,通过简便的溶液浇筑与溶剂诱导相转化的方法构建了具有双重多孔网络的柔性碳膜。以此碳膜材料为柔性电极,制备了可高频响应的电化学电容器,并验证了其在实际交流滤波领域的可应用前景。

一种离子化的交联造孔策略构建高频响应的电化学电容器电极材料

Jan. 4, 2022: Congrats to Miao and coauthors for our collaboration paper "Bridged Carbon Fabric Membrane with Boosted Performance in AC Line-Filtering Capacitors" with Prof. Liagnti Qu group at Tsinghua University and Prof. Jiayin Yuan group at Stockholms University is published on Adv. Sci.

Jan. 4, 202 Congratulations to Miao

Dec. 9, 2021: Congratulations to Binmin and co-authors for their paper entitled "Hydrogen Bonded, Hierarchically Structured Single-Component Chiral Poly(ionic liquid) Porous Membranes: Facile Fabrication and Application in Enantioselective Separation" is published in CCS Chemistry, the flagship Journal of the Chinese Chemical Society..

Dec. 9, 2021 Congratulations to Binmin and co-authors

 2021/11/25:祝贺王彬敏同学顺利通过硕转博答辩------心有明月昭昭,千里付迢遥

2021/11/25:祝贺王彬敏同学顺利通过硕转博答辩!

August 8th, 2021: Congratuations to the success of our paper-AMR!

Congratulations to all the authors of the 2020 review, "Advanced Heteroatom-doped Nanoporous Carbon Membranes Assisted by Poly(ionic liquid) Design and Engineering". The work is among the top 20 most downloaded articles featured on Accounts of Materials Research. The success of the paper among readers highlights its significance and impact in the respective fields.

Aug. 8, 2021: Congratuations to the success of our paper-AMR!

2021/7/17:课题组关于“功能聚离子液体多孔膜的制备及应用基础研究”获得“天津市重大项目研究计划”立项资助!

2021/7/17:课题组关于“手性聚电解质多孔膜的制备及应用”获得天津市重大研究项目资助!

 2021/4/29: 王鸿研究员受邀参加 7th Asia-Pacific Conference on Ionic Liquids and Green Processes (APCIL-7)并做Keynote lecture

2021/4/23: 王鸿研究员受邀参加 7th Asia-Pacific Conference on Ionic Liquids and Green Processes (APCIL-7),并做Keynote(主旨)报告!

 2021/4/17: Our article "Heteroatom -Doped Porous Carbon-Supported Single-Atom Catalysts for Electrocatalytic Energy Conversion" dedicated to the 100th anniversary of Chemistry at Nankai University is published in Journal of Energy Chemistry!

The unique advantages of heteroatom-doped porous carbon-supported single-atom electrocatalysts (SAC-HDPCs) are clear. In this review, we describe recent research efforts involving advanced (in situ) characterization techniques, innovative synthetic strategies, and electrochemical energy conversion examples of SAC-HDPCs. The electrocatalytic performance of SAC-HDPCs is further considered at an atomic level, and the mechanisms underlying this performance are also discussed in detail. We expect that these analyses and deductions will be useful for the design of new materials and may help to establish a foundation for the design of future SAC-HDPCs.

2021/4/17: Our article

2021/3/16课题组发表的论文多孔碳材料的研究进展, 2019, 49(5), 729-740被评选为《中国科学:化学》2019年度优秀论文

《中国科学:化学》编委会和编辑部根据文章学术质量与影响力等因素,评选出了 2019年度优秀论文18篇,其中英文刊Science China Chemistry优秀论文16篇,中文刊《中国科学:化学》优秀论文2篇。

2021/3/16:课题组发表的论文““多孔碳材料的研究进展, 2019, 49(5), 729-740””被评选为《中国科学:化学》2019年度优秀论文!

2020/10/18南开大学王鸿研究员和瑞典斯德哥尔摩大学袁家寅教授联合讲述-AMR:利用聚离子液体多孔聚合物膜模板优化杂原子掺杂多孔碳膜制备!

王鸿研究员和袁家寅教授联合讲述:利用聚离子液体多孔聚合物膜模板优化杂原子掺杂多孔碳膜制备

2020/10/18课题组关于“聚离子液体/凹凸棒石多孔能胶体的制备及性能研究获得甘肃临泽县凹凸棒石发展开放课题的立项资助。

临泽开放课题

2020/09/26永恒的好奇心,创造力和求知欲---加拿大多伦多大学Geoffrey Alan Ozin教授专访

永恒的好奇心,创造力和求知欲!

 2020/07/04:【高分子科学前沿】水作交联剂?!王鸿研究员课题组Angew》: 氢键诱导的超分子聚电解质多孔膜。

【高分子科学前沿】水作交联剂?!王鸿团队《Angew》:氢键诱导的多孔超分子膜

Sep. 16, 2020: Our article "Advanced Heteroatom-doped Nanoporous Carbon Membranes Assisted by Poly(ionic liquid) Design and Engineering" is published in Accounts of Materials Research, http://dx.doi.org/10.1021/accountsmr.0c00010.

In this article, we highlight the latest discovery and proceedings of heteroatom-doped porous carbon membranes (HPCMMs), particularly the advancements in how to tailor structures and properties of HPCMMs by rational structure design of porous polymer membranes as sacrificial template built up especially from heteroatom-rich poly(ionic liquid)s (PILs). We will also stress the carbonization craft, and the state-of-the-art electrochemical applications for HPCMMs. Key factors and thoughts in heteroatom doping and porous systems in HPCMMs are discussed. A future perspective of the challenges and promising potential of HPCMMs is cast on the basis of these achievements.

AMR

2020/09/02南开大学王鸿研究员等在化学权威综述期刊《Chem. Rev.》发表名为 Polymer-Derived Heteroatom-Doped Porous Carbon Materials的论文。

南开大学王鸿与国外研究人员合作在《Chem. Rev》期刊发表名为“Polymer-Derived Heteroatom-Doped Porous Carbon Materials”的综述

June 25th, 2020: Our work entitled "Crosslinking of a Single Poly(ionic liquid) by Water into Porous Supramolecular Membranes" is published in Angew. Chem. Int. Ed., 2020, DOI: 10.1002/anie.202002679!

In this work, we discovered a general one-step approach to fabricate supramolecular porous polyelectrolyte membranes (SPPMs) from a single poly(ionic liquid). The experimental results and theoretical simulation suggested that SPPMs were formed by a hydrogen bond-induced phase separation of a PIL between its polar and apolar domains, which were linked together by water molecules. Such SPPMs could switch porosity upon thermal stimuli, as exemplified by dynamically adaptive transparency to thermal fluctuation.

Angew Chem

July 2th, 2020: Our article "Polymer-derived Heteroatom-doped Porous Carbon Materials" is published in Chemical Reviews, 2020, DOI: 10.1021/acs.chemrev.0c00080.

This Review comprehensively surveys the progress in polymer-derived functional heteroatom-doped porous carbon materials (HPCMs) in terms of how to produce and control their porosities, heteroatom doping effects, and morphologies and their related use. We also provided our perspective on how to predefine the structures of HPCMs by using polymers to realize their potential applications in the current fields of energy generation/conversion and environmental remediation. We believe that these analyses and deductions are valuable for a systematic understanding of polymer-derived carbon materials and will serve as a source of inspiration for the design of future HPCMs.

Chem. Rev.

May 26th, 2020: ASN China---肼活化的金属纳米颗粒功能化梯度多孔聚离子液体膜的一步合成!

ASN-China Highlight

May 14th, 2020: Our Joint work with Prof. Jiayin Yuan at Stockholms University on Hydrazine-enabled One-step Synthesis of Metal Nanoparticle-Functionalized Gradient Porous Poly(ionic liquid) Membranes is published on Macromol. Rapid Commun., 2020, 202000143.!

In this communication, we demonstrated a one-step strategy toward MNP-functionalized gradient porous poly(ionic liquid) membranes via using hydrazine as a reductive activation reagent. The distinctive feature of this membrane fabrication method is that the porous membrane formation and the metal nanoparticals production were completely in the same step in one material, thus it readily enables incorporation of desirable MNPs into PPMs. This discovery provides fascinating opportunities to prepare multifunctional membranes for expanded applications.

Macromol. Rapid Commun.