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Yifeng Zhang
H指数:68
被引数:2.2万
个人简介
Obtained a PhD from DTU in 2012 and has dedicated years to researching advanced electrochemistry in environmental and resource engineering. Research interests include wastewater treatment, resource recovery, advanced electrocatalysis and catalysis materials, environmental sensors, and sustainable carbon capture and utilization. Contributions include over 200 scientific publications, 3 patents, and approximately 60 million DKK in international and national research funding, including the Carlsberg Foundation Distinguished Fellowship. Notable awards include the James J. Morgan Environmental Science & Technology Early Career Award (Honorable Mentions) by the American Chemical Society, Winner of Food & Bio Cluster Denmark's Idea Competition 2024, and recognition as one of the World's Top 2% Scientists.
教育背景
2009.01 – 2012.12
Technical University of Denmark Ph.D.
2005.01 – 2009.12
Dalian University of Technology M.Sc.
工作经历
2012.01 – 2017.12
Technical University of Denmark
Postdoc, Prof. Irini Angelidaki
荣誉奖项
- James J. Morgan Environmental Science & Technology Early Career Award (Honorable Mentions)｜American Chemical Society
- Winer of Food & Bio Cluster Denmark’s Idea Competition（2024）｜Food & Bio Cluster Denmark
- World’s Top 2% Scientists
生物启发，自发形成的空气封装腔，用于样品介导的光信号增强
Advanced Materials
IF26.8
FBL通过2’-O-甲基化FANCD2 mRNA促进链间DNA交联修复
微生物固态电解质电合成无电解质过氧化氢，并与far-UVC耦合以增强微污染物降解
Water Research
IF12.4
通过神经表示求解能量无关密度以减少CT金属伪影
C3aR抑制通过STING介导的铁死亡经SLC7A11/GPX4减轻脑缺血再灌注损伤
iScience
IF4.1
利用生物杂交技术开发地下水中氮循环的闭合技术
Trends in Biotechnology
IF14.9
具有触手长度修正的改进拉格朗日粒子追踪方法用于水母
Ocean Engineering
IF5.5
二维煅烧Co-MOF纳米限域催化膜用于连续四环素降解的快速动力学及高效PMS活化
Water Research
IF12.4
保守的再上皮化程序是胰腺导管腺癌恶性的基础
Cancer Cell
IF44.5
温度依赖性的腐殖质-铁在体相溶液和微液滴中的活性氧生成
钴骨架低聚物用于记录光催化CO2转化为乙醇
赋能微生物蛋白：利用水、尿素和二氧化碳连续电发酵产氢细菌
多场景可部署分析平台，用于膳食补充剂中非法药物掺杂的检测
通过纳入降雨入渗效应改进的 hillslope-storage Boussinesq 模型
Journal of Hydrology
IF6.3
热老化PET微塑料通过毒性浸出物破坏产甲烷共生：微生物组装动态揭示厌氧消化中的生物毒性
甲状腺滤泡癌的智能诊断：一种新型深度学习模型
FG-GRLCC梯形变截面板的受双激励多脉冲跳跃混沌动力学
确保：抑制因子tRNA百科全书及其AI助手
NUCLEIC ACIDS RESEARCH
IF13.1
