Fast Neutron Therapy

Alper T. : Comparison between the oxygen enhancement ratios for neutrons and X rays, as observed with Escherichia coli B. Brit. J. Radiol. 36 (1963), 97.

Alper T. Moore J. L. : The interdependence of oxygen enhancement ratios for 250 kV X rays and fast neutrons. Brit. J. Radiol. 40 (1967), 843.

Atkins H. L. Fairchild M. S. Robertson J. S. Lehman W. D. : Comparison of irradiation by Californium-252 and radium on the skin of swine. Radiology 96 (1970), 161.

Badib A. O. Webster J. H. : Changes in tumour oxygen tension during radiation therapy Acta radiol. Ther. Phys. Biol. 8 (1969), 247.

Barendsen G. W. Broerse J. J. : Dependence of the oxygen effect on the energy of fast neutrons. Nature (Lond.) 212 (1966), 722.

Bateman J. L. Biavati B. J. Bond V. P. : Dose dependence on fast neutron R.B.E. for lens opacification in mice. Radiology (1971), in press.

Berry R. J. : Growing points in mammalian radiobiology and their implications for radiotherapy. Radiol. Clin. 7 (1969), 281.

Bewley D. K. : Physical aspects of the fast neutron beam. Brit. J. Radiol. 36 (1963), 81.

Bewley D. K. Fast neutron beams for radiotherapy. In: Current topics in radiation research. Edited by Ebert M. Howard A. . North Holland Publishing Company, Amsterdam 1970.

Brennan J. : Fast neutrons for radiation therapy. Radiol. Clin. N. Amer. 7 (1969), 365.

Broerse J. J. Barendsen G. W. : Measurements of biological effects and physical parameters of neutrons from the (Be (3He, n) 11C reaction. Int. J. radiat. Biol. 13 (1967), 189.

Bushong S. C. Prasad N. Briney S. A. Oliver G. D. : Radiocytogenetic determination of the oxygen enhancement ratio of Californium-252. Radiology 96 (1970), 167.

Catteral M. : Clinical experience with fast neutons from the Hammersmith cyclotron. Europ. J. Cancer 7 (1971), 227.

Duncan W. : Possibilities for the application of fast neutrons in Manchester. Europ. J. Cancer 7 (1971), 237.

Duncan W. Greene D. Major D. : Radiotherapeutical requirements with respect to depth, dose and collimation of fast neutron beams. Europ. J. Cancer 7 (1970), 129.

Fairchild R. G. Drew R. M. Atkins H. L. : The oxygen enhancement ratio for protracted irradiation with 252 Cf. Radiology 96 (1970), 661.

Field S. B. : The relative biological effectiveness of fast neutrons for mammalian tissues. Radiology 93 (1969), 915.

Field S. B. Parnell C. J. : The use of threshold detectors to determine changes in a fast neutron energy spectrum with depth in a phantom. Brit. J. Radiol. 38 (1965), 618.

Fowler J. F. Morgan R. L. : Pre-therapeutic experiments with fast neutron beam from the Medical Research Council cyclotron. General review. Brit. J. Radiol. 36 (1963), 115.

Gray L. H. Conger A. D. Ebert M. et coll: The concentration of oxygen dissolved in tissues at the time of irradiation as a factor in radiotherapy. Brit. J. Radiol. 26 (1953), 638.

Greene D. : A fast neutron source for radiotherapy. Nature (Lond.) 202 (1964), 204.

Greene D. Major D. : Collimation of 14 MeV neutron beams. Europ. J. Cancer 7 (1971), 121.

Greene D. Thomas R. L. : An experimental unit for fast neutron radiotherapy. Brit. J. Radiol. 41 (1968), 455.

Hall E. J. Fairchild R. G. : Radiobiological measurements with Californium-252. Brit. J. Radiol. 43 (1970), 263.

Henk J. M. Kunkler P. B. Shah N. K. et coll.: Hyperbaric oxygen in radiotherapy of head and neck carcinoma. Clin. Radiol. 21 (1970), 223.

Kersey T. : Personal communication. (1970).

Kolstad P. : Vascularisation, oxygen tensions and radiocurability in cancer of the cervix. Scandinavian University Books, Stockholm 1964.

Lindop P. J. : Tissue effects of radiation in relation to radiotherapy. In: Current topics in radiation research. Volume VI. Edited by Ebert M. Howard A. . North Holland Publishing Company, Amsterdam 1970.

Lomer P. D. Greene D. : A fast neutron source for radiotherapy. Nature (Lond.) 198 (1963), 200.

Lundberg D. : Personal communication. (1969).

McNally N. J. Bewley D. K. : A biological dosemeter using mammalian cells in tissue culture and its use in obtaining neutron depth dose curves. Brit. J. Radiol. 42 (1969), 289.

Marion J. B. Fowler J. L. : Fast neutron physics, Part I. Interscience Publishers, 1960.

Marshall T. : Personal communication. (1970).

Morgan R. M. : Fast neutron therapy — Clinical applications. In: Modern trends in radiotherapy. Edited by Deeley T. Wood C. . Butterworth, London 1967.

Nias A. W. H. Greene D. : Changes in the biological parameters for mammalian cells as a function of position in a 14 MeV neutron field. Proc. Internat. Cong. Radiat. Biol. (Evian) (1971), in press.

Nias A. W. H. Margaret Fox Thomas R. L. : Effect of 14 MeV monoenergetic neutrons on HeLa cells and P388F cells in vitro. Int. J. radiat. Biol. 13 (1967), 449.

Oliver G. D. Jr Wright C. N. : Dosemetry of an implantable 252 Cf source. Radiology 92 (1969), 143.

Paris M. F. Downton D. W. Glanford C. W. : An experimental fast neutron radiotherapy system. J.R.N.S.S. 23 (1968), 232.

Randolph M. L. : Energy deposition in tissue and similar materials by 14.1 MeV neutrons. Radiat. Res. 7 (1957), 47.

Schlea C. S. Staddard D. H. : Californium isotopes proposed for intracavitary and interstitial radiation therapy with neutrons. Nature (Lond.) 206 (1965), 1058.

Sheline G. E. Phillips T. L. Field S. B. et coll.: Effects of fast neutrons on human skin. Amer. J. Roentgenol. 111 (1971), 31.

Stone R. S. : Neutron therapy and specific ionisation. Janeway Memorial Lecture 1947. Amer. J. Roentgenol. 59 (1948), 771.

U.S.A. E.C.: Development and production of Californium-252. Report No. 5, 1968.

Wright C. N. Boulogne A. R. Reinig W. C. Evans A. G. : Implantable Californium-252 neutron sources for radiotherapy. Radiology 89 (1967), 337.