题目Title: Pulsed Power Technology, Applications and Dissemination
报告人Lecturer：Prof. Luis Manuel dos Santos Redondo
时间Time：2019年 7月9日9：00-11：00（Pulsed Power Technology）
7月10日9：00-11：00（Pulsed Power Applications）
地点Address：bat365手机版官网，电子物理与器件研究所206会议室
摘要 Abstract
Pulsed power (PP) can be considered as the science and technology of accumulating electrical energy over a relatively long period of time followed by the subsequent energy release in very short pulses, a single one or a controlled repetitive sequence, thus increasing the instantaneous peak power. What makes PP so unique is the concept that one can deliver extremely high peak powers during short times without the demand for highly powerful energetic power sources, used in custom direct (dc) or alternating (ac) voltage systems.
Pulsed power is a technique primarily developed for radars accelerators, and military applications, but with the potential for civil applications. In fact, there is a growing variety of environmental, biomedical, commercial, and industrial applications that use positive and/or negative high-voltage (HV) repetitive pulses for enhancing the properties of a product or a technique. These pulses may last anywhere from hundreds of picoseconds to tens of seconds, being released as a single shot or as a repetitive sequence up to several tens of thousands per second.
简介Bio
Luis M. S. Redondoisthe R&D director at Energy Pulse Systems（http://energypulsesystems.pt/）, and also professor at the Lisbon Engineering Superior Institute, ISEL（https://www.isel.pt/en/）. Andthis isa company that develops/produces solid-state pulsed power technology for several industrial and lab applications, e.g. pulsed electric fields for the food/feed industry. He is a senior member of the Engineers Portuguese Society, NPSS/IEEE , and the Nuclear Physics Center from Lisbon University.He completed his doctor degree in Electric and Computing Engineering, Technical Superior Institute from the Technical University of Lisbon IST/UTL, Portugal, 29/07/2004. His areas of expertise include power electronics, semiconductor based pulsed power technology design, high voltage and high current design.
