ChapiroA.BoagJ. W.EbertM.GrayL. H.: Étude de la radiolyse des solutions diluées de diphenylpicrylhydrazyle (DPPH) dans les solvants organiques. J. de chim. phys.50(1953), 468.
2.
CormackD. V.HummelR. W.JohnsH. E.SpinksJ. W. T.: Irradiation of ferrous ammonium sulphate solutions. Energy absorption and ionization calculations of cobalt60 and betatron radiation. J. Chem. Phys.22(1954), 6.
3.
CottinM.LefortM.: Etalonnage absolu du dosimètre au sulfate ferreux rayons X mous de 10 et 8 KeV. J. de chim. phys.53(1956), 367.
4.
DyneP. J.: Geometrical corrections to the Bragg-Gray relation applied to absolute chemical dosimetry. Canad. J. Chem.33(1955), 1109.
5.
FarmerF. T.RiggT.WeissJ.: Chemical action of ionizing radiation in aqueous solution. XIII. Absolute yield of the ferrous sulfate dosimeter. J. Chem. Soc. London (1954), 3248.
6.
FrickeH.: The oxydation of ferrous sulfate in aqueous solution by X-rays of different wave-lengths. A determination of the Compton absorption. Phys. Rev.31(1928), 1117.
7.
FrickeH.MorseS.: The relation of chemical, colloidal and biological effects of röntgen rays of different wavelengths to the ionization which they produce in air. Am. J. Roentgenol.18(1927), 426.
8.
FrickeH.HartE. J.: The oxydation of Fe++ to Fe+++ by the irradiation with X-rays of solutions of ferrous sulfate in sulfuric acid. J. Chem. Phys.3(1935), 60.
9.
HochanadelC. J.GhormelyJ. A.: Calorimetric calibration of γ-ray actinometers. J. Chem. Phys.21(1953), 880.
10.
KolthoffI. M.SandellE. B.: Textbook of quantitative inorganic analyses, p 632. Macmillan, New York1952.
11.
LazoR. M.DewhurstJ. A.BurtonM.: The ferrous sulfate radiation dosimeter; a calorimetric calibration with gamma-rays. J. Chem. Phys.22(1954), 1370.
12.
SaldickJ.AllenA. O.: Yield of oxidation of ferrous sulfate in acid solution by high energy cathode-rays. J. Chem. Phys.22(1954), 438.
13.
WeissJ.BernsteinW. J.KuperB. H.: Absolute yield of the ferrous sulfate oxidation reaction. J. Chem. Phys.22(1954), 1953.