Andere Kunden interessierten sich auch für
![Evaluation of Barnes' Method and Kriging for Estimating the Low Level Wind Field]( "Evaluation of Barnes' Method and Kriging for Estimating the Low Level Wind Field")
Evaluation of Barnes' Method and Kriging for Estimating the Low Level Wind Field64,99 €![A New Application of the Channel Packet Method for Low Energy 1-D Elastic Scattering]( "A New Application of the Channel Packet Method for Low Energy 1-D Elastic Scattering")
A New Application of the Channel Packet Method for Low Energy 1-D Elastic Scattering64,99 €![Improving Low Order, Linear, Positive Spatial Quadratures for the Partial Current Neutron Transport Method]( "Improving Low Order, Linear, Positive Spatial Quadratures for the Partial Current Neutron Transport Method")
Improving Low Order, Linear, Positive Spatial Quadratures for the Partial Current Neutron Transport Method63,99 €![Maths Balloons A Simple Method to Learn Times Tables]( "Maths Balloons A Simple Method to Learn Times Tables")
Maths Balloons A Simple Method to Learn Times Tables14,99 €![Non-Destructive Evaluation of Aerospace Composites]( "Non-Destructive Evaluation of Aerospace Composites")
Non-Destructive Evaluation of Aerospace Composites63,99 €![Efficiency and Pressure Loss Characteristics of an Ultra-Compact Combustor with Bulk Swirl]( "Efficiency and Pressure Loss Characteristics of an Ultra-Compact Combustor with Bulk Swirl")
Efficiency and Pressure Loss Characteristics of an Ultra-Compact Combustor with Bulk Swirl63,99 €![Machine Learning Techniques for Characterizing IEEE 802.11b Encrypted Data Streams]( "Machine Learning Techniques for Characterizing IEEE 802.11b Encrypted Data Streams")
Machine Learning Techniques for Characterizing IEEE 802.11b Encrypted Data Streams63,99 €
It is shown how permittivity can be extracted via time domain reflection data from a perfect electric conductor (PEC) backed planar sample of a low-loss, non-dispersive dielectric using two rectangular Ku-band waveguide aperture probes with attached PEC flange plates of the same geometry but different dimensions. Of critical importance is being able to identify the reflection from the edge of the flange plate in the parallel plate region created by the plate and the PEC backing of the sample. A signal processing method that takes advantage of physical insight into the geometry and superposition is developed for identifying this edge reflection. Measurements are taken using a square and circular plate geometries. The data gathered is processed using both Kaiser windowing and the signal subtraction method developed in this research. Final results are presented with determinations made about how to optimize the method.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.