**Meet the editor**

Marius Alexandru SILAGHI received the M.Sc. in 1990, in electrical engineering at the POLITEHNICA University of Timisoara and the Ph.D. degree in electrical engineering, in 1999 at the University of Oradea, Romania. He is a professor at Electrical Engineering Department of Electrical Engineering and Information Technology Faculty, University of Oradea, responsible for teaching

electromagnetic field theory, industrial electrotehnics , microwaves technique, microwave technology, electromagnetic compatibility and electrical energy quality. He is a member of AMPERE(1997), IEEE MTT Society(1998), ASLA(2002), AGIR(2002), ACER(2009), IEEE EMC Society (2009). His research interests include electrical engineering and microwave technology, energy quality in electrical systems, electromagnetic field simulations and analysis, biomedical engineering. He has published more than 100 papers in Journals and Conference Proceedings, authored 22 books, text books, and application guides. He conducted more than 20 research and development projects, grants and contracts in the field of electrical engineering. Prof. Silaghi has been involved in setting up national and international conferences as a reviewer and/or member of organizing committee or board of sections. He was a visiting professor at TU Kosice, Slovakia and U Modena, Italy. In the last 18 years was appointed as Head of the Electrical Engineering Department, Vice Dean and Dean of Electrical Engineering and Information Technology Faculty , University of Oradea.

Contents

**Section 1 Polymeric Dielectric Materials 1** 

Chapter 1 **Polymeric Dielectric Materials 3** 

Chapter 2 **Dielectric Materials for Compact** 

L. Huitema and T. Monediere

He Seung Lee, Albert. S. Lee,

**Section 2 Magnetodielectric Materials 77** 

D.A. Hoble and M.A. Silaghi

Wee Fwen Hoon, Soh Ping Jack,

**on Complex Oxide Systems 113** 

**Based on Dielectric Prismatic Film 155** 

Daniel Vázquez-Moliní, Antonio Álvarez Fernández-Balbuena

Chapter 4 **Magnetodielectric Materials –** 

Chapter 6 **Microwave Dielectrics Based** 

**Section 3 Natural Lighting Systems 153** 

and Berta García-Fernández

A.G. Belous

Chapter 7 **Natural Lighting Systems** 

**Dielectric Resonator Antenna Applications 27** 

Chapter 3 **Low Dielectric Materials for Microelectronics 59** 

Kyung-Youl Baek and Seung Sang Hwang

**Use in Inductive Heating Process 79** 

Chapter 5 **Alternatives for PCB Laminates: Dielectric Properties' Measurements at Microwave Frequencies 91** 

Mohd Fareq Abd Malek and Nornikman Hasssan

Zulkifli Ahmad
