-transparent.png){kind=logo}
The relative percent dose reduction by lead (Pb) of 6-MeV electrons produced by Clinac 1800 for 6 X 6, 10 X 10, 15 X 15, 20 X 20, and 25 X 25 cm2 cones both with and without buildup is measured. The thickness of Pb required to attenuate the intensity of the primary electron beam to 95% and 98% depends upon the cone size and upon the depth in phantom at which transmission measurements are made.
Related Publications
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
January 1980,
Medical physics,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
December 1993,
Australasian physical & engineering sciences in medicine,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
January 1975,
Medical physics,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
March 1983,
Australasian radiology,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
January 1981,
Medical physics,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
December 1980,
International journal of radiation oncology, biology, physics,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
June 1968,
La Radiologia medica,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
July 1969,
Annals of the New York Academy of Sciences,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
January 2014,
Radiologia brasileira,
S G Prasad, and
K Parthasaradhi, and
S Arbetter, and
Y Lee, and
R Garces
January 1999,
Medical dosimetry : official journal of the American Association of Medical Dosimetrists,
