-transparent.png){kind=logo}
Methods of assessing the uniformity of thermal and fast neutron fluence in relation to total body in vivo neutron activation analysis are described. Results are presented for 14 MeV neutrons emitted by sealed tube generators housed in a massive concrete shield, representing a substantial source of neutrons degraded in energy. Optimisation of conditions for patient irradiations is discussed and it is shown that acceptable uniformity of fluence can be achieved with little or no premoderation of the incident neutrons.
Related Publications
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
August 1992,
Physics in medicine and biology,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
November 1976,
Physics in medicine and biology,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
November 1974,
The American journal of medicine,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
September 1977,
Physics in medicine and biology,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
April 1990,
Infusionstherapie (Basel, Switzerland),
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
January 1985,
JPEN. Journal of parenteral and enteral nutrition,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
April 1969,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
September 1978,
Physics in medicine and biology,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
February 1987,
Physics in medicine and biology,
A Elliott, and
I Holloway, and
K Boddy, and
J K Haywood, and
D Williams
January 1976,
Physics in medicine and biology,
