Physics & Radioactivity




1.Ioannis Liritzis (1991) Radioactivity Alert, Phototypos Publ., Athens [Book Review by Prof. P.Dimotakis in Chimica Chronika vol.54, no.1, p.23].

2.Liritzis I. (1997) Elementary particles expansion: Geometrical rules, chaotic representation or Platonic ideas? Special Issue, A Festschrift in honour of Prof. Wiedeker (Physicist, Geophysicist, Geographer, Philosopher, Germany). "Physics and Geophysics with Special historical case studies". Editor Dr W. Schroeder, Bremen-Roennebeck, Germany, 44-54.

3.Liritzis.I (2004) Radioisotope analysis of tephra from Kos and southern Aegean. Special Volume by the Archaeological Institute of Aegean Studies, Χάρις Χαίρε, Vol. A’, 39-46.

4.Liritzis, Y., and Galloway, R.B., (1980). A new technique for calibrating a Nal (T I) scintillometer used to measure γ-dose rates in archaeological sites: Nuclear Instruments and Methods, 174, 593-597.

5.Liritzis, Y., and Galloway, R.B. (1981). Correlation of variation in the γ-ray dose-rate in soil with meteorological factors; Archaeometry, 23, 1, 109-113.

6.Liritzis, Y., (1983), U234/Th230 dating contribution to the resolution of Petralona controversy; Nature, 299, 280-281.

7.Liritzis, Y. and Galloway. R.B., (1982). The Th230/U234 disequilibrium dating of cave travertines; Nuclear Instruments and Methods, 201, 507-510.

8.Liritzis, Y. and Galloway, R.B. (1982). A new approach to the Beta-dosimetry of ceramics for thermoluminescence dating; Nuclear Instruments and Methods, 201, 503-506.

9.Liritzis, Y. and Galloway, R.B. (1982). Grain size distribution in ceramics and the β-dose Rate for thermoluminescence dating; Nuclear Instruments and Methods, 196, 505-506.

10.Liritzis, Y. and Galloway, R.B. (1982). A comparison of two techniques for the determination of the b-dose rate in ceramics for thermoluminescence dating; Nuclear instruments and Methods, 192, 555-558.

11.Danali – Cotsakis, S. and Liritzis, Y., (1985) U-disequilibrium in Greek archaeological clays and pottery by gamma-spectrometry: effects on TL dating; P.AC.T., 15, 75-86.

12.Liritzis, Y., (1985). Variations in β-particle dose attenuation of some Hellenic ceramics; Nuclear Tracks and Detectors, 10, 667-672.

13.Liritzis Y., (1986) The significance of gamma-self-dose and β ranges in ceramics revisited; Revue d' Archaeometrie, 10, 95-102.

14.Danali-Cotsakis S. and Liritzis Y. (1987) Radiation dose assessment for Cs – 137 from fish in the Aegean Sea before and after the Chernobyl accident. J. Radional. Nucl. Chem. Lett., 126, 3, 257-266.

15.Liritzis, Y. Danali-Cotsakis, S., (1987). Beta Rose Rates derived from Gamma Spectroscopy and low Beta anticoincidence system of various environment materials of archaeological origin. Science of Total Environment, Amsterdam, 70, 41-54.

16.Galloway R.B. and Liritzis (1991) Scattering correction in beta dosimetry by beta particle counting. Nuclear Tracks Radiat. Meas. 18, 1/2, 239-247.

17.Liritzis I. and Kokkoris M. (1992) Revised dose-rate data for thermoluminescence/ ESR dating. Nuclear Geophysics, vol. 6, No. 3, 423-443.

18.Liritzis I., Galloway R.B. and Theocaris P. (1994) Thermoluminescence dating of ceramics revisited: Optical stimulated luminesccence of quartz single aliquot with green light emitting diodes. J. Radioanal. Nucl. Chem. Letters, 188 (3), 189-198.

19.Liritzis I., Guilbert P., Foti F., Schvoerer M., (1996) Solar Bleaching of thermoluminescence of calcites. Nuclear Instr. Meth. B, 117, 260-268.

20.Kokkoris M. and Liritzis Y., (1997) Dose versus time for U-Disequilibrium and revised dose-rate data for TL/ESR dating. European journal of PACT, No. 45. IV. 5, 281 – 294.

21.Brodkey.R & Liritzis.I (2004) The dating of obsidian: a possible application for transport phenomena (a tutorial). Mediterranean Archaeology & Archaeometry, vol.4, No.2, 67-82.

22.Liritzis, I (2006) The dating of ancient metals: review and a possible application of the 226Ra/ 230Th method: (a tutorial). Mediterranean Archaeology & Archaeometry, 6, 2, 81-95.

23.Liritzis.I, Laskaris.N, Bonini.M (2008) Nano- and Micro- scale resolution in ancient obsidian artefacts surfaces: The impact of AFM on the obsidian hydration dating by SIMS-SS. Physica Status Solidi, 5 (c ) , No.12, 3704-3707.

24.Polymeris, G.S Afouxenidis D, Raptis S, Liritzis. I, Tsirliganis, N.C and Kitis, G (2011) Relative response of TL and component-resolved OSL to alpha and beta radiations in annealed sedimentary quartz. Radiation Measurements, 46, 1055-1064.

25.Liritzis Y. and Poulianos A. (1980) A radiation Survey of Petralona Cave, Anthropos, 7, 252-259.

26.Casali, F, Morigi, M.P, Brancaccio, R, Montefusco, L, Jerjen, I, Flisch, A, Sennhauser, U, Liritzis, I and Tineanu, I (2009) X-ray computed tomography for damage assessment of cultural heritage assets. Prohitech-09 Conference (6th FP), Protection of Historical Buildings, Rome 21-24 June,(Mazzolani, ed), Taylor & Francis Group, London, ISBN 987-0-415-55803-7, 847-851.

27. Liritzis, I & Vafiadou, A (2012) Calibration aspects of thick source alpha counter ZnS system. MEASUREMENT, 45, 1966-1980.

28. Liritzis, I, Stamoulis, K, Papachristodoulou, Ch, and Ioannides, KG (2013) Updating of radiation dose-rate conversion factors: a critical re-evaluation. Mediterranean Archaeology & Archaeometry, Special Vol. 13, No.3, 1-15.


29. J.Cruz, E.Figueiredo, V.Corregidor, P. I. Girginova, L.C.Alves, C.Cruz, R.J.C.Silva  and I.Liritzis  (2015) First Results on Radiometric Dating of Metals by Alpha Spectrometry. Microchemical Journal, 124, 608-614, doi:10.1016/j.microc.2015.10.001

30.Laskaris, N, Liritzis, I, Massimo Bonini, Francesca Ridi, Reinhard Kersting, Fahad Al-Otaibi (2017) AFM and SIMS surface and cation profile investigation of archaeological obsidians: new data. Journal of Cultural Heritage, 25, 101-112