000			01792nab a2200349 a 4500
001			021483
003			CO-UCACDB
005			20230801172334.0
005			20080312. 03:44:00 p.m., cml
005			20090609. 16:25:52, lcifu
005			20091019. 16:56:26, lcifu
005			20091019. 16:57:27, lcifu
008			080312s2007 ck a r 000 0 spa d
040			_aCO-UCAC _cCO-UCAC
041			_aspa
043			_ack
245	1	0	_aMeasurement of electrically large array antennas in small anechoic chambers / Massimiliano Simeoni ... [et. al.]
336			_2rdacontenido _aTexto
337			_2rdamedio _aNo mediado
338			_2rdasoporte _avolumen
500			_aSOLICITAR EL ARTICULO EN EL PROGRAMA DE ELECTRONICA Y TELECOMUNICACIONES
506			_aElectrónica y Telecomunicaciones
506			_aSistemas
520			_aA post-processing procedure that yields accurate array-antenna radiation-pattern estimations is described. By resorting to this strategy, measurements of large array antennas inside small anechoic chambers become feasible. The method employs an adequate phase-correction derived from an optical ray approach, under the assumption that the elementary radiators themselves are electrically small and can be measured under far-field conditions inside the relevant anechoic chamber. The effectiveness of the proposed technique is demonstrated by examining the case of a nonuniform linear array antenna
650	0	7	_aANTENAS [ELECTRONICA] _9189842
700	1		_9104548 _aComan, Cristian I.
700	1		_9104549 _aLager, Loan E.
700	1		_9104550 _aSimeoni, Massimiliano
773	0		_tIEEE Antennas & Propagation Magazine _dBogotá : CINTEL, 2007 _gVol.49, no. 2 (abr. 2007) ; p. 100-106 _x1045-9243
942			_2ddc _cAS
999			_c12762 _d12762