Engineering applications of the modulated scatterer technique

Preface. Foreword. Introduction - Where Near Field Measurements Are Useful. Near Field Basics. Direct And Indirect Measurements. Modulated Scatterer Technique. Some Field Maps. Basic Scatterer Electromagnetics - Introduction. Principle Of Modulated Scattering. Scattering Matrix Formulation. Probe Response In Various Situations. Calculation Of The Probe Response. Free Space Measurements. Application With Different Kinds Of Probes. Mobile probe setups - Low Invasiveness. Sensitivity. Spatial Resolution. Optical Analogy with Near-Field Microscopy. Probe Interaction with Its Environment. Examples of Applications. Probe Arrays - Minimizing the Duration of the Measurements. Specific Difficulties Associated with Probe Arrays. The Modulated Scattering Approach to Probe Arrays (Retina, Collector). Different Probe Array Arrangements (Reflection, Transmission) Different Modulation Schemes (Series, Parallel). Modulated Vs Standard Probe Arrays. Examples of Applications. Conclusion. List of Symbols and Notations. Appendices.