CowanF. P.MeinholdC. B.: Radiation dosimetry for 60Co and 137Cs gamma ray field irradiation facilities. Radiation Botany2 (1962), 241.
2.
EhrenbergL.ErikssonG.: Mutation in the waxy character in barley pollen grains following 90Sr-incorporation at low activities. Mutation Res.1 (1964), 139.
3.
ErikssonG.: Induction of waxy mutants in maize by acute and chronic gamma irradiation. Hereditas50 (1963), 161.
4.
ErikssonG.Variations in radiosensitivity during meiosis of pollen mother cells in barley and maize. — Symposium on the mutational process, Praha 1965. (In press).
5.
ErikssonG. and TavrinE.: Variations in radiosensitivity during meiosis of pollen mother cells in maize. Hereditas54 (1965), 156.
6.
ForssbergA.NovakR.: Growth-rate and biochemical changes in Phycomyces at low dose-levels of X-rays. Immediate and Low Level Effects of Ionizing Radiations. Suppl. to Int. J. Rad. Biol. (1960), 205.
7.
GlassH. B.RitterhoffR. K.: Mutagenic effect of a 5-r dose of X-rays in Drosophila melanogaster. Science133 (1961), 1366.
8.
NybomN.GustafssonÅ.GranhallI.EhrenbergL.: The genetic effects of chronic gamma irradiation in barley. Hereditas42 (1956), 74.
9.
OftedalP.: The radiosensitivity of Drosophila spermatogonia. I. Acute doses. Genetics49 (1964 a), 181.
10.
OftedalP.Radiosensitivity of Drosophila spermatogonia. III. Comparison of acute and protracted irradiation efficiencies in relation to cell killingMutation Res.1 (1964 b), 63.
11.
RussellW. L.: The effect of radiation dose rate and fractionation on mutation in mice. Repair from genetic radiation damage and differential radiosensitivity in germ cells. Ed. SobelsF. H., Pergamon Press, Oxford1963 p. 205.
12.
ShiomiT.InagakiE.InagakiH.NakaoY.: Mutation rates at low dose level in Drosophila melanogaster. J. Radiation Res.4 (1963), 105. Spencer W. P. and Stern C.: Experiments to test the validity of the linear R-dose/mutation frequency relation in Drosophila at low dosage. Genetics 33 (1948), 43.
13.
VirginH. I.EhrenbergL.: Effects of β- and γ-rays on the protoplasmic viscosity of Helodea cells. Physiol. Plantarum6 (1953), 159.