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Date:2018-06-26    Editor:    Hits:111

Speaker: Tatsuo Takadablob.png

 

Venue: Room 201, Electrical Engineering Building, Yuquan Campus 


Lecture 1: Poynting Vector for Understanding High Voltage Engineering

                  Date: June 26, 2018      Time:14:00 - 15:30


Lecture 2: Space Charge Measurement Technology in Liquid Dielectrics and on Dielectric Surface using Electro-Optical Method

                 Date:June 26, 2018      Time:15:45 - 17:00


Lecture 3: Space Charge Measurement Technology in Solid Dielectrics using Electro-Acoustic Method

                 Date:June 27, 2018      Time:9:30 - 11:30


Lecture 4: Fundamental of Quantum Chemical Calculation for Understanding Space Charge Accumulation in Dielectrics

                  Date:June 28, 2018      Time:9:30 - 11:30


Lecture 5: Degradation Evaluation Method by using Q(t) Method

                 Date:June 29, 2018      Time:9:30 - 11:30


About the speaker:

He received the B.E degree in electrical engineering from Musashi Institute of Technology, Japan, in 1963 and the M.E. and Ph.D. degrees from Tohoku University, Japan in 1966 and 1975, respectively. He became a Lecture, an Associate Professor and a Professor at Musahi Institute of Technology, in 1967, 1974 and 1987, respectively. He was a Visiting Scientist at MIT (USA) from 1981 to 1983. He received the Excellent Paper Award from the IEE of Japan in 1974, 1981 and 1990. In 1990, He received the Whitehead Memorial Lectureship at the IEEE CEIDP.

Currently, he is involved in several research projects on space charge effects in solid dielectric materials, surface charges on thin films, and electric field measurements in Liquid materials, he is now a professor of Musahi Institute of Technology and the first one who invented the PEA. The PEA method is used to measure the space charge which is very important to the study of dielectric materials. The PEA method has become prevalent in the world gradually. He published many academic papers in IEEE conferences and scholarly periodicals. His research papers were cited many times as an authority or example. Professor Tatsuo Takda has many original academic viewpoints.




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