Wei Zhao

Biography

Dr. Wei Zhao is currently working as a professor in the Department of Radiology, Stony Brook University , USA. His research interests includes Dr. Wei Zhao's research work in the past has focused on the investigation of amorphous selenium flat-panel detectors for radiography and fluoroscopy. She has also worked on the development of cesium iodide based flat-panel detectors for medical imaging. Her current research interest focuses on the investigation of imaging performance and design optimization for amorphous selenium flat-panel detectors for digital mammography and digital tomosynthesis. Her research work also involves developing advanced detector concepts for improved imaging performance at low dose and high frame rates.. He /she is serving as an editorial member and reviewer of several international reputed journals. Dr. Wei Zhao is the member of many international affiliations. He/ She has successfully completed his Administrative responsibilities. He /she has authored of many research articles/books related to Dr. Wei Zhao's research work in the past has focused on the investigation of amorphous selenium flat-panel detectors for radiography and fluoroscopy. She has also worked on the development of cesium iodide based flat-panel detectors for medical imaging. Her current research interest focuses on the investigation of imaging performance and design optimization for amorphous selenium flat-panel detectors for digital mammography and digital tomosynthesis. Her research work also involves developing advanced detector concepts for improved imaging performance at low dose and high frame rates..

Research Interest

Dr. Wei Zhao's research work in the past has focused on the investigation of amorphous selenium flat-panel detectors for radiography and fluoroscopy. She has also worked on the development of cesium iodide based flat-panel detectors for medical imaging. Her current research interest focuses on the investigation of imaging performance and design optimization for amorphous selenium flat-panel detectors for digital mammography and digital tomosynthesis. Her research work also involves developing advanced detector concepts for improved imaging performance at low dose and high frame rates.