Ali Abdou

Prof. Ali Abdou

member of IEEE
+5
orcid

Research Focus & Metrics

Academic Career Length

26Years (2001-Present)

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

Representative Publications

View All Publications
1 January 2006 in Fusion Engineering and Design
Verified
Journal Article
Closed access
FNFarrokh Najmabadi
Farrokh Najmabadi
Ali AbdouAli Abdou
Ali Abdou
LBL. Bromberg
L. Bromberg
TBT. Brown
T. Brown
VCV.C. Chan
V.C. Chan
PWPaul Wilson
Paul Wilson

25 December 2010 in Journal of Fusion Energy
Verified
Journal Article
Closed access
PDF file
SLS. Lee
S. Lee
SSS. H. Saw
S. H. Saw
Ali AbdouAli Abdou
Ali Abdou
HTH. Torreblanca
H. Torreblanca

1 January 2006 in Fusion Engineering and Design
Verified
Journal Article
Closed access
DPD.A. Petti
D.A. Petti
BMB.J. Merrill
B.J. Merrill
RMR.L. Moore
R.L. Moore
GLG.R. Longhurst
G.R. Longhurst
LEL. El-Guebaly
L. El-Guebaly
Ali AbdouAli Abdou
Ali Abdou

28 July 2011 in Journal of Fusion Energy
Verified
Journal Article
Closed access
PDF file
SLS. Lee
S. Lee
SSS. H. Saw
S. H. Saw
Rajdeep Singh RawatRajdeep Singh Rawat
Rajdeep Singh Rawat
PLP. Lee
P. Lee
RVR. Verma
R. Verma
KDK. Devi
K. Devi

26 September 2011 in IEEE Transactions on Plasma Science
Verified
Journal Article
Closed access
SLSing Lee
Sing Lee
SSS. H. Saw
S. H. Saw
Rajdeep Singh RawatRajdeep Singh Rawat
Rajdeep Singh Rawat
PLPaul Lee
Paul Lee
ATAlireza Talebitaher
Alireza Talebitaher
KDK. Devi
K. Devi
The six-phase Lee model code is used to fit the computed current waveform to the measured current waveform of INTI plasma focus (PF; 2.2 kJ at 12 kV), a T2 PF device, operated as a source of neon soft X-ray (SXR) with optimum yield around 2 torr of neon. The characteristic He-like and H-like neon line SXR pulse is measured using a pair of SXR detectors with selected filters that, by subtraction, has a photon energy window of 900 to 1550 eV covering the region of the characteristic neon SXR lines. From the analysis of the fitted current and the measured SXR pulses, the characteristic neon SXR pulses are correlated to the pinch dynamics, and the subsequent slightly harder SXR pulses are correlated to the anomalous resistance phase. The characteristic neon SXR yield is measured; the pulse has a duration of 25 ns. The characteristic neon SXR typically starts 10 ns before the pinch phase and continues through the end of the 10-ns pinch phase, tailing into the anomalous resistance phase. Harder SXR pulses, probably Bremsstrahlung, are correlated to the anomalous resistance phase, with the main pulse occurring nearly 200 ns after the characteristic neon SXR pulse.

23 August 2012 in IEEE Transactions on Plasma Science
Verified
Journal Article
Closed access
Ali AbdouAli Abdou
Ali Abdou
MIMohamed I. Ismail
Mohamed I. Ismail
AMAmgad E. Mohamed
Amgad E. Mohamed
SLS. Lee
S. Lee
SSS. H. Saw
S. H. Saw
RVR. Verma
R. Verma
Kansas State University (KSU) dense plasma focus (DPF) is a 2.5-kJ DPF machine newly commissioned at the Plasma Radiation Physics Laboratory at KSU. The machine was designed to be used as a multiradiation source for applications in nuclear science and engineering. Neutrons are emitted from deuterium-deuterium (D-D) fusion reactions during high-power electric discharges at 17 kV, 140 kA, and 5 mbar. The machine circuit parameters were calculated using the short-circuit test. The emitted neutrons were measured using several radiation detection techniques. The 2.45-MeV characteristic D-D neutron energy was confirmed using the time-of-flight technique using a BC-418 plastic scintillator. The maximum neutron yield was roughly measured to be 2.8 × 10 8 neutrons per shot using a set of BTI BD-PND bubble detectors. Moreover, the neutron yield variation with pressure was measured and compared with the computed neutron yield using Lee model. Finally, the measured current showed good agreement with Lee six-phase model.