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Tensor network simulation of dynamics and finite-temperature quantum system
物理系colloquium:重离子加速器发展前沿和重大应用
Large N theory of critical Fermi surface
Temporal Entanglement in Dual-Unitary Clifford CircuitswithProbabilistic Mea...
报告题目:
Simulation of Nitric Oxide Mechanisms in Blood and Tissue
 报告人:
Dov Jaron Ph.D.
Calhoun Distinguished Professor of Engineering in Medicine
School of Biomedical Engineering, 
Science and Health Systems Drexel University. 
报告时间:
2006-10-20 10:00
报告地点:
六教6B304
主办单位:
清华大学医学院
  简介:

报告题目:  Simulation of Nitric Oxide Mechanisms in Blood and Tissue: An

           Integrative Model of Hemodynamics and Metabolism

 

报告人:    Dov Jaron Ph.D.

Calhoun Distinguished Professor of Engineering in Medicine

School of Biomedical Engineering, Science and Health Systems

Drexel University.

 

报告时间: 2006-10-20 上午10:00

报告地点: 六教6B304

主办单位: 清华大学医学院

简介:

Biography of Dr. Dov Jaron

 

Dr. Dov Jaron is the vice president of International Union for Physical and Engineering

Sciences in Medicine,and the past president of International Federation for Medical and Biological Engineering.

 

 

Education:

University of Pennsylvania: Ph.D., Biomedical Engineering

University of Colorado: Graduate School of Medical Sciences

University of Denver: B.S., Electrical Engineering

Israel Institute of Technology: Electrical Engineering

 

Professional Societies:

Institute of Electrical and Electronics Engineers (Fellow)

Engineering in Medicine and Biology Society of the IEEE

New York Academy of Sciences

American Society for Artificial Internal Organs

International Society for Artificial Organs

Biomedical Engineering Society

American Association for the Advancement of Science (Fellow)

American Society for Engineering Education

Aerospace Medical Association

Academy of Surgical Research (Fellow)

American Institute for Medical and Biological Engineering (Fellow)

 

 

Research Activity:

Development, physiologic evaluation, control, and optimization of mechanical cardiac assist

devices; Cardiovascular dynamics and assessment of cardiovascular function; Microcirculation

dynamics; Cardiovascular function under stress; Modeling of biological systems; Biomedical

instrumentation; Engineering aspects of health care; Properties of bio-electrodes; Diagnostic and

therapeutic ultrasound; Biomaterials in ophthalmology; Mechanisms of nitric oxide in the

microcirculation.

 

 

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