Dr. Heather Song
Dr. Heather Song
Professor Song received her Ph.D degree from the University of California, Davis.
She has previously worked as a research engineer at the Institute for Advanced Engineering and Triton Electron Technology Division where she was involved in the design, construction, and characterization of high power microwave tubes, millimeter-wave vacuum electronic devices, and microwave plasma systems.
Professor Song has been actively involved in the design of novel electron guns, RF coupling structures, innovative RF circuits, and efficient collectors. She has investigated electric characteristics in different types of electron beams in a novel vacuum beam devices and demonstrated the 94 GHz heavily loaded gyro-TWT. Her research interests include RF/Microwave systems, high power microwave and millimeter-wave vacuum electronics, microwave power modules (MPMs), antenna and phased array, power combining techniques, microwave plasma systems, medical technology using microwave applications, and Terahertz electronics.
Professor Song is a recipient of the 2004 Sander Wilson Award for excellence in industry and the recipient of the 2008 Franklin Research Grant Award.
Professor Song’s current research projects include development of a power combined millimeter-wave power module employing traveling-wave tubes, novel microfabricated slow-wave structures, and terahertz sources for security and communication applications.
- R. Alkhamis, J. Wigle, and H. Song, “Global Positioning System and Distress Signal Frequency Wrist Wearable Dual-Band Antenna,” Microwave and Optical Technology Letters, Vol. 59, No. 8, pp. 2057 – 2064, 2017.
- Jhih-Hong Cheng and Heather H. Song, “Ultra-high Frequency Multi-Band Antenna with Stair Shaped Ground Plane for Radio Frequency identification Applications,” Microwave and Optical Technology Letters, Vol. 59, No. 9, pp. 2335 – 2340, 2017.
- Kazi S. Zubair, Sadiq A. Alhuwaidi, Heather H. Song, Yiqun G. Shellman, William A. Robinson, Allison J. Applegate, and Carol M. Amato, “Investigation of Dielectric Spectroscopy Response in Normal and Cancerous Biological Tissues Using S-parameter Measurements,” Journal of Electromagnetic Waves and applications, 2017, https://doi.org/10.1080/09205071.2017.1411835.
For further details, go to Dr. Song's Home Page