• No results found

A low-loss reconfigurable frequency selective surface based antenna for direct antenna modulation

N/A
N/A
Protected

Academic year: 2019

Share "A low-loss reconfigurable frequency selective surface based antenna for direct antenna modulation"

Copied!
5
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Fig. 1: Concept of a DAM modulator using an FSS
Fig. 5: (a) Side-on view of final antenna design, (b) Front-onview of antenna design, (c) Reverse of each FSS layer
Fig. 6: (a) Magnitude and (b) phase variation of E-field atboresight in the farfield with varying capacitance
Fig. 8: Simulated 8-PSK constellation from antenna at various observation angles in (a) E-plane (b) H-plane

References

Related documents

Influence of motorcycle and operator characteristics on sound Influence of motorcycle and operator characteristics on sound pressure level measured at the ear of the

Site Upland-3 deep location groundwater constituent multivariate correlations and matrix .... Site Upland-2 shallow location groundwater constituent multivariate correlations

e concept of a coverage model for sensor systems is presented in a highly general form—simply a bounded function over an arbitrary stimulus space—and thus any optimization

In order to investigate the influence of moisture content of heated specimen on the progress of crystallization of concrete, pore structure measurement by mercury intrusion technique

in non-small cell lung tumor tissues, and may correlate with microvessel density and clinical outcomes [16]; the de- creased expression of miR-126 may be associated with

The studies of uptake and passage of IgG and BLG either by intestinal cells in vivo or Caco-2 cells in vitro have elucidated the complex journey of molecules from the luminal side of

Neural network [10] with Radial Basis Function will be applied to implement tumour cells segmentation and classification.. Decision should be made to classify

The crack propagation within a structure can be simulated using several different methods [2, 3 and 4]: (i) node release technique controlled by any fracture