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Research Article| Volume 27, ISSUE 6, P740-753, June 1969

The significance of exposure parameters in dental radiography

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      References

        • Crandell C.E.
        An Evaluation of the Influence of the Half-Value Layer on the Diagnostic Quality of Intraoral Roentgenograms.
        Oral Surg., Oral Med. & Oral Path. 1966; 21: 39-46
        • Fitzgerald C.M.
        Dental Roentgenography. IV. The Voltage Factor (KV.P.).
        J. Am. Dent. A. 1950; 41: 19-28
        • Wuehrann A.H.
        • Monacelli C.J.
        Selection of Optimum Kilovoltage for Dental Radiography. I. Preliminary Studies.
        Radiology. 1951; 57: 240-247
        • Webber R.L.
        • Benton P.A.
        • Ryge G.
        Diagnostic Variations in Radiographs.
        Oral Surg., Oral Med. & Oral Path. 1968; 26: 800-809
        • Villanyi A.A.
        Film Sensitivity and Kilovoltage in Dental Radiography.
        J. South. California D. A. 1964; 32: 147-150
        • Jacobson B.
        • Stuart-Mackey R.
        Radiological Contrast Enhancing Methods.
        in: ed., 5. Advances in Biological and Medical Physics. vol. VI. Academic Press, Inc, New York1958: 201-261
        • Buchholz R.E.
        Radiographic Interpretation of Proximal Carious Lesions.
        D. Radiog. & Photog. 1965; 38: 9-12
        • Pentel L.
        • Goren A.D.
        Tone Scale and Separation in Dental X-ray Emulsions.
        Oral Surg., Oral Med. & Oral Path. 1966; 21: 748-760
        • Richards A.G.
        Technical Factors That Control Radiographic Densities.
        D. Clin. North America. 1961; : 371-377
        • Updegrave W.J.
        High or Low Kilovoltage.
        D. Radiog. & Photog. 1960; 33: 71-78
        • Ritchey B.
        • Feldman A.
        • Greer W.
        Roentgenography of Enamel: Apatite as a Phantom Material; Contrast as a Function of Exposure Factors.
        Oral Surg., Oral Med. & Oral Path. 1960; 13: 188-193
        • Buchholz R.E.
        No Kilovoltage Dilemma.
        Oral Surg., Oral Med. & Oral Path. 1967; 23: 459-461
        • Pentel L.
        A Response to “No Kilovoltage Dilemma”.
        Oral Surg., Oral Med. & Oral Path. 1967; 24: 364
        • Wainwright W.E.
        Filtration for Lowest Patient Dose in Dental Radiography.
        Oral Surg., Oral Med. & Oral Path. 1963; 16: 561-571
        • Wainwright W.W.
        How Much Radiation Does the Patient Receive Per Set of Dental Radiographs.
        J. California D. A. December 1963; 39
        • Villanyi A.A.
        The Fight Over One Millimeter of Aluminum.
        J. South. California D. A. 1963; 31: 32-34
        • Villanyi A.A.
        Dental X-ray Filters: Their Use and Misuse.
        J. South. California D. A. 1963; 31: 218-222
        • Villanyi A.A.
        The Fight Over 1 Millimeter of Aluminum Continues.
        J. South. California D. A. 1963; 31: 160-163
        • Wainwright W.W.
        Dental Radiation Dose: Sensitometric Method for Determination of Exposure-Development Factors.
        Oral Surg., Oral Med. & Oral Path. 1963; 16: 674-682
        • Villanyi A.A.
        About High KV Again.
        J. South. California D. A. 1963; 31: 114-116
        • Trout E.D.
        • Kelley J.P.
        • Lucas A.C.
        Determination of Half-Value Layer.
        Am. J. Roentgenol. 1960; 84: 729-740
      1. Webber, R. L., Benton, P. A., Cvar, J. F., and Ryge, G.: Diagnostic Significance of Intratissue Contrast in Bite Wing Radiographs. (In preparation.)

      2. Mellor, L., Webber, R. L., and Ryge, G.: Diagnostic Comparison of Polaroid Positive Prints With Conventional Bite Wing Radiographs. (Unpublished data, 1967.)

        • Goren A.D.
        • Pentel L.
        • Goldfarb S.K.
        Radiation Quality and X-ray Emulsion Responses.
        in: I.A.D.R. Annual Meeting, Radiology Section, Washington, D. C.March, 1967
        • Dudley R.A.
        Hine G.J. Brownell G.L. Radiation Dosimetry. Academic Press, Inc, New York1956 (chap. 7)
      3. National Bureau of Standards, Handbook 76. Feb. 9, 1961;
        • Spangenberg H.D.
        • Pool M.L.
        A 65 or 90 Kilovolt X-ray Machine.
        Oral Surg., Oral Med. & Oral Path. 1960; 13: 552-565
        • Henrikson C.O.
        Iodine 125 as a Radiation Source for Odontological Roentgenology.
        Acta radiol. 1967; : 1-89
        • Carlsson C.
        Determination of Integral Absorbed Dose From Exposure Measurement.
        Acta radiol. ther. phys. biol. 1963; 1: 433
        • Hettinger G.
        • Starfelt N.
        Bremsstrahlung Spectra From Roentgen Tubes.
        Acta radiol. 1958; 50: 381
        • Barr J.H.
        • Garcia D.A.
        X-ray Spectra From Dental X-ray Generators. Part I. Some General Characteristics.
        Oral Surg., Oral Med. & Oral Path. 1966; 22: 478-488
        • Garcia D.A.
        X-ray Spectra From Dental X-ray Generators. Part II. The Primary Beam.
        Oral Surg., Oral Med. & Oral Path. 1967; 23: 610-626
        • Richards A.G.
        Quality of an X-ray Beam.
        Oral Surg., Oral Med. & Oral Path. 1964; 17: 739-744