AdamsG. D.MeurkM. L.: Use of computer to calculate isodose information surrounding distributed gynaecological radium sources. Phys. in Med. Biol.9 (1964), 533.
BalterS.: Memorial implant dosimetry application system. Personal communicatio. (1968).
4.
BattenG. W.: The M. D. Anderson method for the computation of isodose curves around interstitial and intracavitary radiation sources. Amer. J. Roentgenol.102 (1968), 673.
5.
ChiltonA. B.: Two-parameter formula for point-source buildup factors. Nucleonics26 (1965), 119.
6.
O'ConnelD.JoslinC. A.HowardM. A. et coll.: The treatment of uterine carcinoma using the Cathetron. I. Technique. Brit. J. Radiol.40 (1967), 882.
7.
HopeC. S.LaurieJ.OrrJ. S.WaltersJ. H.: Computation of dose distribution in cervix radium treatment. Phys. in Med. Biol.9 (1964), 344.
8.
LiversageW. E.: Personal communication.
9.
LiversageW. E.Martin-SmithP.RamseyN. W.: The treatment of uterine carcinomas using the Cathetron. II. Physical measurements. Brit. J. Radiol.40 (1967), 887.
10.
PowersW. E.BogardusC. R.WhiteW.GallagherT.: Computer estimation of dosage of interstitial and intracavitary radiation sources. Amer. J. Roentgenol.102 (1968), 673.
11.
ShalekR. J.StovallM.: The M. D. Anderson method for the computation of isodose curves around interstitial and intracavitary radiation sources. Amer. J. Roentgenol.102 (1968), 662.
12.
StovallM.ShalekR. J.: The M. D. Anderson method for the computation of isodose curves around interstitial and intracavitary radiation sources. Amer. J. Roentgenol.103 (1968), 667.
13.
TodM.MeredithW. J.: Treatment of cancer of the cervix uteri — A revised ‘Manchester method’. Brit. J. Radiol.26 (1953), 252.