人物生平
1997年赴日留學
2003年獲工學博士學位(日本)
2003年至2005年在日本北海道大學觸媒中心任職講師
2015年創立杭州同淨環境科技有限公司
研究領域
主要從事納米材料,光催化材料,電催化材料,界面科學研究等相關領域。
2014年,團隊經過近10年的摸索,作為國內首次成功突破光催化技術套用瓶頸的技術,成功將特殊功能化光催化納米粒子負載在紡織纖維材料表面,並首次套用於大型水域污染治理。該項目為國內外首例光催化水域淨化治理的案例,項目技術及團隊被主流媒體、政府及社會各界譽為五水共治的科技先鋒。9月9日,浙江日報以《五水共治中的科技力量—問渠哪得清如許》為題,重點報導了在2014浙江五水共治年,省內科學家利用各自專長,在全省河道進行著各種因地制宜的試驗和治理。文中特別介紹了申請人團隊經過近10年的摸索,將光催化技術成功地運用到了寧波童王河的污水治理中,經過三個月的治理,該河道已達到Ⅲ類水標準。浙江省自然科學基金委也認為這項安全高效的光催化水生態綜合修復技術徹底顛覆了傳統河道污染水體治理行業的技術與思路,具有重大的創新和突破。
浙江科技報、浙江線上科技新聞網、每日科技網、省自然科學基金委網站等多家媒體也對申請人團隊及寧波童王河污水治理進行追蹤報導,體現出該項目巨大的產業化前景和可持續發展性。項目相關成果獲國家發明專利授權10項。
現階段展開的研究如下:
1:功能性納米材料的製備、表征及套用:
通過納米合成技術構建製備不同形貌納米材料,套用於光催化及電催化領域。
2:材料表面界面性能探究:
材料表面及界面性能對於材料的後期性能起到至關重要的。掌握不同材料的表面及界面性能,能夠使材料體現出許多異常的特性和新的規律。
3:無機/有機複合材料的製備及其性能研究:
無機納米粒子與聚合物複合,製備兼具雙方優勢的功能性複合材料。
研究成果
主要研究成果(論文):
2017年
1:Sheng Wang, Zhenzhen Jiang, ShenshenOuyang, Zhipeng Dai, and Tao Wang, Internally/Externally Bubble-Propelled Photocatalytic Tubular Nanomotors for Efficient Water Cleaning,ACS Appl. Mater. Interfaces,2017, 9, pp 23974–23982. (TOP, SCI一區,IF:7.504)
2:Weihao Cui, Tao Wang, Aili Yan, Sheng Wang, Superamphiphobic surfaces constructed by cross-linked hollow SiO2spheres,Applied Surface Science,2017, 400,162–171. (TOP, SCI二區,IF:3.387)
3: Shenshen Ouyang, Tao Wang, Longgang Zhong, Meiling Peng, Juming Yao, and Sheng Wang, Fabrication of hierarchical feather-mimetic polymer nanofibres,Applied Surface Science,2017, accepted. (TOP, SCI二區,IF:3.387)
4: Wei Xu, Tao Wang, Sanding Wu, Sheng Wang,N-doped carbon-coated MoS2nanosheets on hollow carbon microspheres for high-performance lithium-ion batteries,Journal of Alloys and Compounds,2017, 698, 68-76. (TOP, SCI二區,IF:3.133)
5: Sheng Wang, Sanding Wu, Jiazhang Zhang and Tao Wang, One-step fabrication of recyclable and robust fluorine/polymer-free superhydrophobic fabrics,RSC Adv.,2017, 7, 24374–24381. (SCI二區,IF: 3.108)
6: MeilingPeng, Wei Xu, Weihao Cui, Tao Wang, Sheng Wang, One-pot fabrication of single-crystalline octahedral Pd-Ptnanocrystals with enhanced electrocatalytic activity for methanol oxidation,J Solid State Electrochem,2017, 21, 391–401. (SCI二區,IF:2.316)
7: Meiling Peng, Tao Wang, Zhenzhen Jiang, Sheng Wang, Surfactant-Free Synthesis of PdPt/rGO for the Alkaline Ethanol Oxidation Reaction,Nano,2017, 12, 1750105. (SCI四區,IF:1.025)
8: Tao Wang, Aili Yan, Longgang Zhong, Sheng Wang, Fabrication of Robust Superhydrophobic Te@C-TiO2Nanocomposites Coating for Application in Oil/Water Separation,Nano,2017, accepted (SCI四區,IF:1.025)
9: ShenshenOuyang, Tao Wang*, Ye Yu, Bin Yang, Juming Yao, Sheng Wang*, From Trans to Cis Conformation: Further Understanding the Surface Properties of Poly(m‑phenyleneisophthalamide),ACS Omega,2017, 2, 290−298.
2016年:
1:Tao Wang, Weihao Cui, MeilingPeng, ShenshenOuyang, Sheng Wang, Template-free synthesis of multiple-shell MgO/Pt hollow spheres as enhanced electrocatalysts,J. Mater. Chem. A,2016, 4, 8584–8589. (TOP, SCI一區,IF:8.867)
2:Tao Wang, Jing Cui, ShenshenOuyang, Weihao Cui, Sheng Wang*, A new approach to understand the Cassie state of liquids on superamphiphobic materials,Nanoscale,2016, 8, 3031–3039. (TOP, SCI一區,IF:7.367)
3: ShenshenOuyang, TaoWang*, XueyingJia, Yun Chen, Juming Yao, ShengWang, Self-indicating and recyclable superhydrophobic membranes for effective oil/water separation in harsh conditions,Materials and Design, 2016, 96, 357–363.(SCI二區,IF:4.364)
4:Wei Xu, Tao Wang, Ye Yu, Sheng Wang, Synthesis of core-shell TiO2@MoS2composites for lithium-ion batteryanodes,Journal of Alloys and Compounds,2016, 689, 460-467. (TOP, SCI二區,IF:3.133)
5:ShenshenOuyang, Linfei Wang, Jing Cui and Haibo Shi, Tao Wang*, Sheng Wang*, One-Pot Synthesis of Platinum Nanodendrites with Enhanced Catalytic Performance for Methanol Oxidation Reaction,Nano,2015, 10, 1550106-1550106.(SCI四區,IF:1.025)