Download Measurements using optic and RF waves by Frédérique de Fornel (editor), Pierre-Noël Favennec (editor) PDF

By Frédérique de Fornel (editor), Pierre-Noël Favennec (editor)

Clinical and technical wisdom for measurements in smooth electromagnetism needs to be sizeable as our electromagnetic surroundings covers all frequencies and wavelengths. those measurements has to be utilized to fields as assorted as nanotechnologies, telecommunications, meteorology, geolocalization, radioastronomy, overall healthiness, biology, and so forth. with a purpose to conceal the a number of aspects of the subject, this publication sweeps the full electromagnetic spectrum, from a number of hertz to terahertz; considers distances starting from nanometers to light-years in optics; ahead of extending in the direction of a number of the size options utilizing electromagnetic waves for numerous purposes. This publication describes those assorted elements in 11 chapters, every one masking diversified domain names of functions.

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88, 051112, 2006. ,. Charvolin T, de Fornel F. and Hadji. E. , vol. 98, p. 086109, 2005. , “Experimental demonstration of Bloch mode parity change in photonic crystal waveguide”, App. Phys. , vol. 85, no. 14, p. 2682, 2004. Courjon D. , Le champ proche optique: théorie et applications, Springer, 2001. , Salt M. , “Measuring optical phase singularities at subwavelength resolution”, J. Opt. A, vol. 6, p. 189, 2004. , Evanescent Waves, Springer, 2001. , Dumas P. ” Appl. , vol. 35, p. 5583–5594, 1996.

A near-field actuated optical nanocavity”, Opt. , vol. 16, p. 279, 2008a. , Peyrade, D. Rodier J. , Lalanne P. Hadji E. , “Nano-manipulation of confined electromagnetic fields with a near-field probe”, CR Physique, vol. 9, p. 24-30, 2008b. , “Nearfield spectroscopy of low loss waveguide integrated microcavities”, Appl. Phys. , vol. 88, 051112, 2006. ,. Charvolin T, de Fornel F. and Hadji. E. , vol. 98, p. 086109, 2005. , “Experimental demonstration of Bloch mode parity change in photonic crystal waveguide”, App.

For the constant distance mode, the probe scans at a fixed distance from the surface. 4. 1. Description of the experimental set-up The most commonly used method is the constant distance mode. To ensure a constant distance between the probe and the surface, we use either an atomic force microscope (AFM), or a scanning tunneling microscope, for samples and metal probes. Another way of controlling the position of the probe is to use shear force control, which uses shearing forces between the surface and the probe, when it is animated by a periodic movement which is parallel to the surface of the sample.

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