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Jianhui Zhong
H指数:52
被引数:8,008
个人简介
Has over 25 years experience in Magnetic Resonance Imaging (MRI) physics, engineering and biomedical/clinical/neuroscience applications. He is one of the leading researchers for complex relaxation and diffusion effects and interactions of magnetic susceptibility and diffusion in tissues, application of diffusion in brain electrical activities and functions, and is one of the major inventors for intermolecular multiple quantum coherence brain imaging. He also has played leadership roles in international organizations, service in U.S. and international funding reviews and reviewing in leading scientific funding agencies and journals. He is a grantee of many national and private funds, awardees in research excellence by the NIH, Yale and University of Rochester, and he owns 5 U.S. patents. In recent years, research has focused on brain diffusion tensor imaging, quantitative analysis of brain functional imaging and network analysis, fast MR imaging techniques and their applications of MRI and MRI in neuroscience, translational medicine and individual imaging analysis.
教育背景
1988.12
Brown University PhD Physics
1984.12
Brown University MS Physics
1982.12
Nanjing University, China BS Physics
工作经历
1987.01 – 1989.12
Yale University School of Medicine
Postdoctoral Fellow
荣誉奖项
- Dean's Award for Excellency in Research, University of Rochester（2004）
- Summa Cum Laude Citation, the American Society of Neuroradiology（2000）
- Certificate of Merit Citation for Scientific Exhibit, Radiological Society of North America（1999）
- The Dean's Award, Yale University School of Medicine（1994）
- The FIRST Award, NIH（1992）
- NIH research fellowship.
- China US Physics Examination and Application) scholarship, Brown University.
基于多模态成像的整合框架用于HIV相关认知障碍及治疗反应
基于模型的时空合成数据生成框架和深度学习重建用于实时MRI氧提取分数映射
使用8秒单次采集重叠回波分离（MOLED）MRI技术对发育中胎儿脑的高保真T2弛豫时间测量
通过双调控孔隙率和碳含量来定制 MoTe2/C 异质结构，以实现高倍率及长循环钾离子存储
Small
IF12.1
碳酸盐电解质结构工程实现NFPP‖Na电池在−40 °C下的超高速率性能和长期循环稳定性
J. Mater. Chem. A
IF9.5
急性至慢性缺血性卒中的同时T2和ADC映射：基于多重叠回波分离成像技术
NMR in Biomedicine
IF2.7
多-TE扩散MRI数据集：用于探索微结构成像中结合扩散-弛豫率方法的探索
Scientific Data
IF6.9
特发性颅内高压患者的脑容量增加：与颅内压及视盘水肿严重程度的关系
基于叶绿体基因组对亚属Clavicarpa和亚属Impatiens（包括 Sect. Impatiens和Sect. Racemosae）九个Impatiens物种的分子系统发育分析
SCIENTIFIC REPORTS
IF3.9
ENERGY
IF9.4
通过广义可解释的结构-表面张力关系模型预测离子液体的表面张力
特发性颅内高压患者横窦狭窄程度与脑淋巴清除的关系
NEUROLOGY
IF8.5
通过分子模拟和系统优化进行多组分共沸物特殊精馏分离的过程设计和强化
