Non-Linear Surface Impedance of YBCO Superconductors - Jacob, Mohan
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Non-linear surface impedance is a significant limitation for microwave superconducting devices operating at high microwave power levels. This book describes the non-linear lossess of high temperature superconductors at high frequency. A novel model is developed to explain the non-linear surface impedance of high temperature superconductors. Different non-destructive microwave characterisation techniques are also illustrated in this book. The developed model is verified against the measured surface impedance data.

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Produktbeschreibung
Non-linear surface impedance is a significant limitation for microwave superconducting devices operating at high microwave power levels. This book describes the non-linear lossess of high temperature superconductors at high frequency. A novel model is developed to explain the non-linear surface impedance of high temperature superconductors. Different non-destructive microwave characterisation techniques are also illustrated in this book. The developed model is verified against the measured surface impedance data.
Autorenporträt
Mohan Jacob is an Associate Professor in Electrical and Electronics Engineering, James Cook University. He is leading Materials Research Group at James Cook University. He has authored over 120 research articles. His research interests are Microwave Characterisation of Materials at Microwave Frequency, Polymer Thin Films and Organic Electronics.