1. Supian Bin Samat, Y.Oi, M.Taki, I.Manabe, M.Yoshida, and K.Minami, 1995, Characteristics of Prepared Gamma-ray Calibration Sources for Radioactivity Measurement of Environmental and Radiation Control Samples, JAERI-Tech. 95-010, 51 pp.
2. Supian Bin Samat, Stuart Green and Alun H. Beddoe, 1997, The 40K activity of one gram of potassium, Phys. Med. Biol. 42:407-413.
3. Supian Bin Samat and S. Green, 1997, A Comparison of Measurement Sensitivity of Two Different Gamma-ray Analysis Systems for 137Cs and 40K, Appl. Radiat. Isot. Vol. 48, No.3, pp. 379-381.
4. S. B. Samat, C. F. Njeh and C. M. Boivin, 1997, Estimation of Paediatric radiation dose on a Lunar DPX-L densitometer, Br J Radiol, 70 (Suppl) 104.
5. C.J. Evans and S.B. Samat, 1997, Determination of the Optimum Counting Time for Finding the Initial Activity of a Decaying Source, Appl. Radiat. Isot. Vol . 48 No. 7, pp. 887-892.
6. C. F. Njeh, S.B. Samat, A. Nightingale, E. A. Mcneil and C. M. Boivin, 1997, Radiation dose and in vitro precision in paediatric bone mineral density measurement using dual X-ray absorptiometry, Br J Radiol, 70 pp. 719-727.
7. Supian Bin Samat, Stuart Green and Alun H. Beddoe, 1998, A reply to letters to the Editor “The 40K activity of one gram of potassium”, Phys. Med. Biol. 43:1380.
8. Beddoe, A. H. and Supian Bin Samat, 1998, Body Fat From Skinfold Anthropometry Referenced To A New Gold Standard: In Vivo Neutron Activation Analysis And Tritium. Physiol. Meas. 19: 393-403.
9. Beddoe, A.H. and Supian Bin Samat, 1998, Measurement and Prediction of total body fat, Appl. Radiat. Isot 49(5/6): 465-467.
10. Samat, S.B., Evans, C.J., Kadni, T. and Dolah, M.T., 1999, Distance dependence of exposure-rate from a 60Co teletherapy source, Br J Radiol, 72 (Suppl) : 80.
11. I.Abugassa, S.Sarmani and S.B. Samat, 1999, Multielement analysis of human hair and kidney stones by INAA with the k0-standardisation method, Appl. Radiat. Isot. Vol . 50 No. 6, pp. 989-994.
12. Samat, S.B., Evans, C.J., Kadni, T. and Dolah, M.T., 2000, Malaysian Participation in the IAEA/WHO Postal TLD and Postal Ionisation Chamber Intercomparison programs: Analysis of Results Obtained During 1985 - 1999. Br J Radiol, 73 (suppl): 82.
13. Jamal, N.B., Samat, S.B. and Salikin, M. S., 2000, Quality Control Tests by a Medical Physicist for Film Screen Mammography: A comparison between the ACR and IPSM Protocols. Br J Radiol, 73 (suppl): 64.
14. Samat, S.B., Evans, C.J., Kadni, T. and Dolah, M.T., 2000, Accurate measurement of exposure-rate from a 60Co teletherapy source: deviations from the inverse-square law, Br J Radiol, 73: 867-877.
15. Samat, S.B., Evans, C.J., Kadni, T., 2001, Timer error: the possibility of confusion arising from two different sign conventions, Br J Radiol, 74:290
16. Samat, S.B., Evans, C.J., Kadni, T., Sangau, J.K., Dolah, M.T. and Ooi, A.S., 2001, The role of timer error in the administration of specified doses and its determination, In: BJR Congress Series: Proceedings of the UK Radiological Congress 2001; 2001 May 21-23; Wembley, London, UK. London: British Institute of Radiology: 79.
17. Samat, S.B., Evans, C.J., Kadni, T., 2001, Authors’ reply to ‘Timer error and sign convention’, Br J Radiol, 74: 978-979.
18. Samat, S.B., Evans, C.J., Kadni, T. and Dolah, M.T., 2002, Calibration factors for absorbed dose to water at SCDs other than those recommended by IAEA, In: BJR Congress Series: Proceedings of the UK Radiological Congress; 2002 June 9-11 Birmingham, UK. London: British Institute of Radiology: 101.
19. Samat, S.B., Evans, C.J., Kadni, T., Ooi, A.S. and Dolah, M.T., 2002, Comparison of two IAEA protocols for determining absorbed dose to water in a 60Co beam, In: BJR Congress Series: Proceedings of the UK Radiological Congress; 2002 June 9-11 Birmingham UK. London: British Institute of Radiology: 101.
20. Samat, S.B. and Evans, C.J., 2003, The specific absorbed dose constant: Comparison of values published for Co-60 photons, Radiat. Prot. Dosim. 103(4), pp 341-347.
21. Samat, S.B., Evans, C.J., Kadni, T., Ooi, A.S and Dolah, M.T., 2003, The -10% and +13% errors arising from mis-interpretation of the two IAEA protocols TRS 277 and TRS 398: Causes and prevention, SSDL Newsletter No. 48, Vienna: International Atomic Energy Agency: 16-18.