TY  - RPRT
N2  - In this work, the design of new?generation reflectarrays is dealt with. To this end, an 
innovative  synthesis  technique  is  developed  to  design  the  reflectarray  surface 
currents that satisfy both radiation and arbitrary geometry constraints. Accordingly, 
the  reflectarray  design  is  formulated  as  an  inverse  source  problem,  and  the  non?
radiating contribution of the current is profitably synthesized in order to cancel the 
overall  current  within  selected  "forbidden  regions".  Some  preliminary  results  are 
presented to assess the effectiveness of the developed approach.
AV  - public
PB  - ELEDIA Research Center - University of Trento
ID  - elediasc12787
UR  - http://www.eledia.org/students-reports/787/
Y1  - 2019///
KW  - Geometry-constrained design
KW  -  inverse source (IS) problems
KW  -  nonradiating (NR) currents
KW  -  reflectarray current synthesis.
M1  - technical_report
A1  - SALUCCI, Marco
A1  - GELMINI, Angelo
A1  - OLIVERI, Giacomo
A1  - ANSELMI, Nicola
A1  - MASSA, Andrea
TI  - Innovative Reflectarray Design Through Non?Radiating Surface Currents
ER  -