References
[1]. T.M. Werner, R.H. Kadlec, (2000). “Wetland residence
time distribution modeling”, Ecological Eng, Vol.15, pp.
77–90.
[2]. International Atomic Energy Agency, (2008).
“Radiotracer residence time distribution method for
industrial and environmental applications”, Training
Course (31), vienna.
[3]. J. Yianatos, L. Bergh, L. Vinnett, and F. Daz, (2013).
“Modeling of residence time distribution in regrinding
Vertimill”, Minerals Eng, Vol. 53, pp.174–180.
[4]. M. Arellano, H. Benkhelifa, G. Alvarez and D. Flick,
(2013). “Experimental study and modelling of the
residence time distribution in a scraped surface heat
exchanger during sorbet freezing”, Journal of Food Eng.
Vol. 117, pp.14–25.
[5]. H. Kasban, O. Zahran, H. Arafa, M. El-Kordy, S.M.S.
Elaraby, and F.E. Abd El-Samie, (2010). “Laboratory
experiments and modeling for industrial radiotracer
applications”, Appl. Rad. and Isot. Vol. 68, No. 6, pp.
1049–1056.
[6]. H. Kasban, O. Zahran, and F. E. Abd El-Samie, (2010).
“New trends for on-line troubleshooting in industrial
problems using radioisotopes”, The Online Journal on
Electronics and Electrical Engineering (OJEEE), Vol. 2, No.
3, pp. 284-292.
[7]. H. Kasban, H. Arafa, and S.M. Elaraby, O. Zahran, and
M. EI-Kordy, (2011). “RTD signal identification using linear
and nonlinear modified Periodograms”, International
Conference on Computer Engineering & Systems
(ICCES), Cairo, Egypt, pp. 156 –160.
[8]. O. Zahran, H. Kasban, F.E. AbdEl-Samie, M.El-Kordy,
(2012). “Power density spectrum for the identification of
residence time distribution signals”, Appl. Rad. and Isoto.
Vol. 70, pp. 2638–2645.
[9]. H. Kasban and A. Hamid, (2014). “Spectrum analysis
of radiotracer residence time distribution for industrial and
environmental applications”, Journal of Radioanalyt. and
Nucl. Chem, Vol. 299, No.3.
[10]. S. Shin, J. Kim, S. Jung, and J. Jin, (2003). “The RTD
measurement on a submerged bio-reactor using a
radioisotope tracer and the RTD analysis”, International
Journal of Cont., Automat., and Sys, Vol.1, No. 2.
[11]. Advanced Physics Laboratory, (2011). “Experiment
gamma ray spectroscopy ”, University of Florida,
Department of Physics (PHY4803L).
[12]. Radiometrics theoretical background (R25), (2015).
Intrepid User Manual, Retrived from http://www.intrepidgeophysics.
com/ig/ manuals/english/ckratheo.pdf
[13]. Background Radiation Sources, (2015). “Nuclear
Radiation with Vernier ”, http://www2.vernier.com/
sample_labs/NRV-05-COMP-background_radiation.pdf.
[14]. H. Kasban, O. Zahran, H. Arafa, M. El-Kordy, S.M.S.
Elaraby and F.E. AbdEl-Samie, (2010). “Laboratory
experiments and modeling for industrial radiotracer
applications”, Appl. Rad. and Isoto. Vol. 68, pp.
1049–1056.
[15]. Perk Elmer, (2013). The gamma counting handbook-
A guide to the state of art of gamma counting.
[16]. Radiation counting statistics, (2015). Retrived from
http://holbert.faculty.asu.edu/eee460/
RadiationCountingStatistics.pdf.
[17]. National Diagnostics (2004). “Principles and
applications of liquid scentillation country”, A primer for
orientation.
[18]. G.S. Zahn, J.W.M. Oliva and F.A. Genezini, (2013).
“Half-life determination for short-lived radioisotopes 52V,
66Cu and 28Al”, Rad. Phys. and Chem. Vol. 85, pp.
70–72.
[19]. B.R.S. Minty, (1997). “Fundamentals of airborne
gamma-ray spectrometry”, AGSO Journal of Australian
Geology and Geophys. Vol.17, No. 2, pp. 39-50.
[20]. I. Salma and E. Zemplen-Papp, (1999). “Dead-time
correction of counting losses in the ?-spectrometry of
short-lived nuclides”, Journal of Radioanalyt. and Nuclear
Chem. Vol.144, No. 4, pp. 241-249.
[21]. R.P. Gardner and S.H. Lee, (1999). “Monte Carlo
simulation of pulse pile up”, International Centre for
Diffraction Data (JCPDS), 941-950.
[22]. G.F. Knoll, (2000). Radiation detection and
measurement, Third Edition John Wiley and Sons, NY.