K. I. , L. Mm, S. T. , and S. P. , Efficiency of the cervical lead shield during intraoral radiography. Oral Surgery Oral Medicine Oral pathology Oral Radiology Oral Endodontics, pp.732-736, 1986.

L. Ar and F. K. , Organ absorbed doses in intraoral dental radiography, British Journal of Radiology, vol.66, issue.791, pp.1035-1041, 1993.

M. Fm, K. W. , and L. P. , A new device to reduce patient irradiation and improve dental film quality Oral Surgery Oral Medicine Oral pathology Oral Radiology Oral Endodontics, pp.1079-1088, 1962.

N. Id, Reference doses for dental radiography, British Journal of Radiology, vol.186, issue.8, pp.392-396, 1999.

P. B. , L. Hk, P. A. , E. F. , C. N. et al., Radiation exposure and dose evaluation in intraoral dental radiology Radiation Protection Dosimetry, pp.262-267, 2007.

L. Premières-utilisations-des-rayons-x-en-art-dentaire, C. De-l-'iahdfr, S. W. , F. A. Brand, and K. M. , Rapport de la société française d'histoire de l'art dentaire ; www.bium.univ-paris5 Tissue radiation dosages using the RVG-S with and without niobium filtration, International Association of the History of Dentistry) Australian Dental Journal, vol.42, issue.5, pp.335-342, 1997.

S. Pa and T. Kw, The effectiveness of the thyroîde shield in dental radiology Oral Surgery Oral Medicine Oral pathology Oral Radiology Oral Endodontics, pp.225-236, 1984.

W. M. , F. Ag, S. Wc, K. Ms, and K. K. , Radiation exposure with the RVG-S and conventional intraoral X-ray film Oral Radiology, pp.33-44, 1994.

W. E. Brown, An update on dental imaging, British Dental Journal, vol.185, issue.4, pp.558-559, 1998.

W. Sc and G. Bm, Evaluation of niobium filtration in intraoral radiology Oral Surgery Oral Medicine Oral pathology Oral Radiology Oral Endodontics, pp.72-746, 1991.