Giovanni Ettore Gigante

Prof. Giovanni Ettore Gigante

Dipartimento di Scienze di Base e Applicate all’Ingegneria, Università di Roma La Sapienza,Via A. Scarpa 14/16, 00161 Rome, Italy
orcid

Research Focus & Metrics

Academic Career Length

52Years (1975-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 April 1992 in Physics Reports
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Journal Article
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RCRoberto Cesareo
Roberto Cesareo
AHA.L. Hanson
A.L. Hanson
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante
LPL.J. Pedraza
L.J. Pedraza
SMS.Q.G. Mathaboally
S.Q.G. Mathaboally

3 October 1983 in FEBS Letters
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Journal Article
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PCPio Conti
Pio Conti
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante
Maria Grazia CifoneMaria Grazia Cifone
Maria Grazia Cifone
EAEdoardo Alesse
Edoardo Alesse
GIGianfranco Ianni
Gianfranco Ianni
PAPietro Ubaldo Angeletti
Pietro Ubaldo Angeletti

11 February 1985 in FEBS Letters
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Journal Article
Closed access
PCP. Conti
P. Conti
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante
EAE. Alesse
E. Alesse
Maria Grazia CifoneMaria Grazia Cifone
Maria Grazia Cifone
CFC. Fieschi
C. Fieschi
PAP.U. Angeletti
P.U. Angeletti

1 October 1996 in Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
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Journal Article
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RCR Cesareo
R Cesareo
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante
PCP Canegallo
P Canegallo
ACAlfredo Castellano
Alfredo Castellano
JIJ.S Iwanczyk
J.S Iwanczyk
ADA Dabrowski
A Dabrowski

1 February 1993 in Physical Review A
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Journal Article
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DRD. V. Rao
D. V. Rao
RCRoberto Cesareo
Roberto Cesareo
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante
Ll, Lα, Lβ, and Lγ x-ray fluorescence cross sections have been measured for the elements Pr, Ho, Yb, Au, and Pb using photon energies of 23.62 and 24.68 keV. Measurements have been performed using an x-ray tube with a secondary-exciter system as the excitation source. The secondary exciters of Cd and In were pure metals (>99.9%). The x-ray tube with a secondary-target arrangement was used to obtain high intensity with a high degree of monochromatization. By using an x-ray tube, it is possible to measure x-ray fluorescence cross sections and ratios even for low-intensity x rays (Ll). Experimental results have been compared with the theoretically calculated values of L x-ray fluoresence cross sections. A fairly good correspondence is observed between experimental and calculated values. The intensity ratios for the intense transitions ILβ/ILα are in good agreement with the calculated values.

26 January 2016 in X-Ray Spectrometry
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Journal Article
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RCRoberto Cesareo
Roberto Cesareo
RJR. Franco Jordan
R. Franco Jordan
AFA. Fernandez
A. Fernandez
ABAngel Bustamante
Angel Bustamante
JFJULIO FABIAN-SALVADOR
JULIO FABIAN-SALVADOR
Giovanni Ettore GiganteGiovanni Ettore Gigante
Giovanni Ettore Gigante