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Original

Secondary Rays in Radium Therapeutics

Pages 268-300 | Published online: 13 Dec 2010

References

  • Allen, S. J. (1906) The Velocity and Ratio e/m for the Primary and Secondary Rays of Radium. Phys. Rev., 23, p. 65.
  • Allen, S. J. (1909) On the Secondary Radiation produced from Solids, Solutions, and pure Liquids, by the β Rays of Radium. Phys. Rev., 29, p. 177.
  • von Baeyer, O. (1914) Bericht uber die magnetischen Spektren der β-Strahlen der radioaktiven Elemente. Jahrb. der Radioakt., 11, p. 66.
  • Barkla, Ch. G. (1911) Note on the Energy of Scattered X-radiation. Phil. Mag., 21, p. 648.
  • Becker, A. and Holthusen, H. (1921) Uber die Tragererzeugung hochfrequenter Wellenstrabiung in abgeschlossenen Gasraumen. Strahlentherapie, 12, p. 331.
  • Berven, E. (1918) Erfarenheter om Applikationstekniken vid Radiumbe-handling. Nord. Tidskrift for Terapi
  • Biggs, H. F. (1916) On the Energy of the Secondary Beta Rays produced by Partly-absorbed Gamma Rays. Phil. Mag., 31, p. 430.
  • Boos, B. (1922) Uber das Verhaltnis von Ionisation und absorbierter Energie bei Ionisationsmessungen an Rontgenstrahlen. ZS. f. Physik, 10, p. 1.
  • Borodowsky, W. (1910) Absorption of β Rays from Radium by Solutions and Liquids. Phil. Mag., 19, p. 605.
  • Bragg, W. H. (1910) The Consequences of the Corpuscular Hypothesis of the γ and X Rays, and the Range of β Rays. Phil. Mag., 20, p. 385.
  • Bragg, W. H. and Madsen, J. P. V. (1908) An Experimental Investigation of the Nature of γ Rays. Phil. Mag., 16, p. 918.
  • Brommer, A. (1912) Uber die Absorption der γ-Strahlen des Radiums C. Wien. Ber., 121, p. 1563.
  • Campbell, N. R. (1909) The Absorption of β Rays by Liquids. Phil. Mag., 17, p. 180.
  • Chadwick, J. (1912) The γ Rays excited by the β Rays of Radium. Phil. Mag., 24, p. 594.
  • Chadwick, J. (1912) The Absorption of γ Rays by Gases and Light Substances. Proc. Roy. Soc. London, 24, p. 152.
  • Christen, Th. (1913) Messung und Dosierung der Rontgenstrahlen, Hamburg
  • Christen, Th. (1920) Uber das Kronig-Friedrichsche Wirkungsgesetz. Strahlentherapie, 10, p. 134.
  • Compton, A. H. (1921) The Wave-Length of the Hard Gamma Rays. Phil. Mag., 41, p. 770.
  • Crowther, J. A. (1906) On the Coefficient of Absorption of the β Rays from Uranium. Phil. Mag., 12, p. 379.
  • Davisson, C. (1909) Note on Radiation due to Impact of β Particles upon Solid Matter. Phys. Rev., 28, p. 469.
  • Edling, L. (1921) On Plastic Means of Application in Radium Therapy. Acta Radiologica, 1, p. 60.
  • Eve, A. S. (1904) On the Secondary Radiation caused by the β and γ Rays of Radium. Phil. Mag., 8, p. 669.
  • Eve, A. S. (1908) The Secondary γ Rays due to the γ Rays of Radium C. Phil. Mag., 16, p. 224.
  • Eve, A. S. (1909) Primary and Secondary Gamma Rays. Phil. Mag., 18, p. 275.
  • Eve, A. S. (1911) On the Coefficient of Absorption by Air of the Beta Rays from Radium C. Phil. Mag., 22, p. 8.
  • Florance, D. C. H. (1910) Primary and Secondary γ Rays. Phil. Mag., 20, p. 921.
  • Florance, D. C. H. (1914) Secondary γ Radiation. Phil. Mag., 27, p. 225.
  • Friedrich, W. and Glasser, O. A. (1922) Untersuchungen und Betrachtungen uber das Problem der Dosimetrie. Strahlentherapie, 14, p. 362.
  • Friedrich, W. and Kronig, B. (1918) Physikalische und biologische Grundlagen der Strahlentherapie, Urban & Schwartzenberg
  • Friman, E. (1916) Uber die Absorption und Diffusion schneller Kathodenstrahlen (β-Strahlen) in Gasen und Dampfen. Ann. d. Physik, 49, p. 373.
  • Glasser, O. A. (1923) Newer Investigations of the Problem of Roentgen-Ray Dosage. Amer. J. of Roentgen a. Rad. Therapy, 10, p. 1.
  • Glocker, R. (1917) Uber Absorption und Streuung der Rontgenstrahlung. Fortschr. a. d. Geb. d. Rontgenstr., 25, p. 421.
  • Glocker, R. (1918) Uber die Berechnung der sekundaren Rontgenstrahlung einer Platte. Physik. ZS., 19, p. 249.
  • Glocker, R. (1918) Eine neue Messmethode zur Untersuchung der Zusammensetzung von Rontgenstrahlen. Fortschr. a. d. Geb. d. Rontgenstr., 26, p. 363.
  • Glocker, R. and Kaupp, M. (1921) Die Berechnung des Absorptionsverlustes der Streustrahlung innerhalb des streuenden Korpers. Physik. ZS., 22, p. 200.
  • Glocker, R. , Rothacker, O. and Schonleber, W. (1922) Neue Methoden zur Messung der Tiefendosis im Wasserphantom. Strahlentherapie, 14, p. 389.
  • Gray, J. A. (1913) The Scattering and Absorption of the γ Rays of Radium. Phil. Mag., 26, p. 611.
  • Gray, J. A. (1920) The Scattering of X and γ Rays. Journ. Frankl. Inst., 190, p. 633.
  • Grebe, L. and Martius, H. (1919) Rontgenstrahlenraessung mit grosser und kleiner lonisationskammer. Fortschr. a. d. Geb. d. Rontgenstr., 27, p. 512.
  • Hacket, F. E. (1905) The Secondary Radiation excited by γ Rays. Roy. Soc. Dublin., 9, p. 201.
  • Hahn, O. and Meitner, L. (1909) Uber eine typische β-Strahlung des eigentlichen Radiums. Physik. ZS., 10, p. 741.
  • Hess, V. F. (1911) Uber die Absorption der γ-Strahlen von Radium C in der Atmosphare. Physik. ZS., 12, p. 998.
  • Hess, V. F. and Lawson, R. W. (1916) Eine Methode zur Zahlung der γ Strahlen. Wien. Ber., 125, p. 285.
  • Hess, V. F. and Lawson, R. W. (1916) Uber die Zahlung von β-Strahlen nach der Methode der Stossionisation. Wien. Ber., 125, p. 661.
  • Holthusen, H. (1918) Uber die Bedingungen der Rontgenstrahlenenergiemessung bei verschiedenen Impulsbreiten auf luftelektrischem Wege. Fortschr. a. d. Geb. d. Rontgenstr, 26, p. 211.
  • Holthusen, H. (1919) Bestimmung des Streuungskoeffizienten von Rontgenstrahlen. Physik. ZS., 20, p. 5.
  • Holthusen, H. (1919) Uber die biologische Wirksamkeit von Rontgenstrahlen verschiedener Wellenlange. Fortschr. a. d. Geb. d. Rontgenstr, 27, p. 213.
  • Ishino, M. (1917) The Scattering and the Absorption of the Gamma Rays. Phil. Mag., 33, p. 129.
  • Keetman, B. (1917) Die Absorption der γ-Strahlen. Ann. d. Physik, 52, p. 709.
  • Keetman, B. and Mayer, M. (1913) Gesichtspunkte fur die Mesothoriumtherapie. Strahlentherapie, 3, p. 745.
  • Kleeman, R. D. (1908) On the different Kinds of γ Rays of Radium, and the Secondary γ Rays which they produce. Phil. Mag., 15, p. 638.
  • Kohlrausch, K. W. F. (1918) Die Absorption der harten γ-Strahlen von Radium. Jahrb. d. Radioakt., 15, p. 64.
  • Kohlrausch, K. W. F. (1919) Uber die harte Sekundarstrahlung der γ-Strahlen von Radium. Wien, Ber., 128, p. 853.
  • Kohlrausch, K. W. F. (1920) Die Streuung der γ-Strahlen. Physik. ZS, 21, p. 193.
  • Kovarik, A. F. (1915) Absorption of the β-Particles from some of the Radioactive Substances by Air and Carbon Dioxide. Phys. Rev., 6, p. 419.
  • Kovarik, A. F. (1920) A Statistical Method for Studying the Radiations from Radioactive Substances and the X Ray and its application to some γ Ray Problems. Proc. Nat. Acad., 6, p. 105.
  • Kovarik, A. F. (1921) On Emergent β Rays from Materials of Different Atomic Weight and different Thickness produced by γ Rays: Studied by the Statistical Method. Phys. Rev., 18, p. 154.
  • Kulenkampff, H. (1922) Uber das kontinuierliche Rontgenspektrum. Ann. d. Physik, 69, p. 548.
  • McClelland, J. A. (1905) On Secondary Radiation (Part II.), and Atomic Structure. Roy. Soc. Dublin, 9, p. 1.
  • McClelland, J. A. (1905) The Energy of Secondary Radiation. Roy. Soc. Dublin, 9, p. 9.
  • McClelland, J. A. and Hacket, F. E. (1905) Secondary Radiation from Compounds. Roy. Soc. Dublin, 9, p. 27.
  • Madsen, J. P. V. (1909) Secondary γ Radiation. Phil. Mag., 17, p. 423.
  • Madsen, J. P. V. (1909) The Scattering of the β Rays of Radium. Phil. Mag., 18, p. 909.
  • Meitner, L. (1915) Uber die β-Strahlen von RaD und das Absorptionsgesetz der β-Strahlen. Physik. ZS., 16, p. 272.
  • Pound, V. E. (1909) The Absorption of the Different Types of Beta Rays together with a Study of the Secondary Rays excited by them. Phil. Mag., 17, p. 126.
  • Prelinger, H. (1921) Uber die Auslosung sekundarer β-Strahlung durch γ-Strahlung. Wien Ber., 130, p. 279.
  • Richardson, H. (1914) The excitation of γ Rays by β Rays. Proc. Roy. Soc., 90, p. 521.
  • Rutherford, E. (1917) Penetrating Power of the X Radiation from a Coolidge Tube. Phil. Mag., 34, p. 153.
  • Rutherford, E. and da Andrade, C. E. N. (1914) The Wave-Lenght of the Soft γ Rays from Radium C. Phil. Mag., 27, p. 854.
  • Rutherford, E. and da Andrade, C. E. N. (1914) The Spectrum of the Penetrating γ Rays from Radium B and Radium C. Phil. Mag., 28, p. 263.
  • Rutherford, E. and Robinson, H. (1913) The Analysis of the β Rays from Radium B and Radium C. Phil. Mag., 26, p. 717.
  • Rutherford, E. , Robinson, H. and Rawlinson, W. F. (1914) Spectrum of the β Rays excited by γ Rays. Phil. Mag., 28, p. 281.
  • Schmidt, H. W. (1908) Bericht uber den Durcbgang der β-Strahlen durch feste Materie. Jahrb. d. Radioakt., 5, p. 451.
  • Schmidt, H. W. (1910) Beitrag zur Frage uber den Durchgang der β-Strahlen durch Materia. Physik. ZS., 11, p. 262.
  • Sievert, R. M. (1921) Die Intensitatsverteilung der primaren γ-Strahlung in der Nahe medizinischer Radiumpraparate. Acta Radiologica, 1, p. 89.
  • Sievert, R. M. (1923) A Radium Compensator for Ionization Measurements. Acta Radiologica, 2, p. 156.
  • Starke, H. (1908) Recherches sur les rayons secondaires du radium. Le Radium, 5, p. 35.
  • Treitel, O. (1920) Uber die Absorption, Diffussion und Ruckdiffussion der Grammastrahlen von RaC bei Metallen mit Anwendung auf die Bestimmung der Zusammensetzung und des Alters von Mesothoriumpraparaten. Diss. Heidelberg

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