@article{1436808,
      recid = {1436808},
      author = {Gräbner, Frank,},
      title = {EMC-compatible shielding : magnetic materials for  shielding - practical examples - device design /},
      pages = {1 online resource :},
      abstract = {The 3rd edition was extended by the chapter "Novel Future  Ferrites - Hexagonal Ferrites". The reader is thus given  the basics of the various shielding effects in a compressed  form. This book is addressed to engineers, scientists,  students, researchers and specialists from the practice.  Shielding for ensuring EMC in high-frequency and radar  technology has been developing with ever increasing  dynamics since about 1960. The understanding of the  interaction of a magnetic material and the resulting  phenomenon of shielding is illustrated by simple examples  and practical applications. This book is a translation of  the original German 3rd edition EMV-gerechte Schirmung by  Frank Gräbner, published by Springer Fachmedien Wiesbaden  GmbH, part of Springer Nature 2016. The translation was  done with the help of artificial intelligence (machine  translation by the service DeepL.com). A subsequent human  revision was done primarily in terms of content, so that  the book will read stylistically differently from a  conventional translation. Springer Nature works  continuously to further the development of tools for the  production of books and on the related technologies to  support the authors. The contents - EMC legislation,  standardization - Fundamentals of magnetic materials for  EMC - Volume Materials - Nanomaterials - Practical examples  of shielding and design tips - Nanoshielding - NF shielding  - double screen - Polymer Housings - Metal housing with  magnetic materials - PCB Shielding - Coaxial cable shield -  Textile screen material - Shielding of a wire braid - Basic  problem of today's EMV ferrite - Novel future ferrites The  target groups Engineers, natural scientists, students,  researchers and specialists in the fields: physics,  electrical engineering, information technology,  communication technology, HF technology, materials science  and chemistry The Author Ass. Prof.(BG) Dr.-Ing. Frank  Gräbner is head of the EMC/Environment/Nanotechnology  department at IMG Electronic & Power Systems GmbH in  Nordhausen and gives lectures on electromagnetic  compatibility at the University of Rousse in Bulgaria.},
      url = {http://library.usi.edu/record/1436808},
      doi = {https://doi.org/10.1007/978-3-658-33189-4},
}