[1] Zhang,
G.,
Pauwels,
R.,
Marshall,
N.,
Shaheen,
E.,
Nuyts,
J.,
Jacobs,
R.,
Bosmans,
H.,
“Development and validation of a hybrid simulation technique for cone beam CT : application to an oral imaging system,” Phys.
Med.
Biol.,
56,
5823–5843 (2011).
[2] Zhang,
G.,
Marshal,l N.,
Bogaerts,
R.,
Jacobs,
R.,
Bosmans,
H.,
“Monte Carlo modeling for dose assessment in cone beam CT for oral and maxillofacial applications,” Med.
Phys.,
40 (7),
072103 (2013).
[3] Zubal,
I.G.,
Harrell,
C.R.,
Smith,
E.O.,
Rattner,
Z.,
Gindi,
G.
and Hoffer,
P.B.,
“Computerized three-dimensional segmented human anatomy.,” Med.
Phys.,
21(2),
299-302 (1994).
[4] International Commission on Radiological Protection,
“Adult reference computational phantoms,” ICRP Publication 110,
Pergamon Press,
Oxford,
UK.
[5] Turner,
A.,
Zhang,
D.,
Kim,
J.H.,
DeMarco,
J.J.,
Cagnon,
C.H.,
Angel,
E.,
et al.,
“ A method to generate equivalent energy spectra and filtration models based on measurement for multidetector CT Monte Carlo dosimetry simulations,” Med.
Phys.,
36 (6), 2154-2164 (2009).
[6] International Commission on Radiological Protection,
“Basic Anatomical and Physiological Data for Use in Radiological Protection: Reference Values,” ICRP Publication 89,
Pergamon Press,
Oxford,
UK.
[7] Woodard,
Q.,
White,
D.
R.,
“The composition of body tissues,” Brit J Radiol,
59,
1209-1219 (1986).
[8] Zhou,
H.,
Keall,
P.,
Graves,
E.,
“A bone composition model for Monte Carlo x-ray transport simulations,” Med.
Phys.,
36 (3),1008-18 (2009)
[9] Nikupaavo,
U.,
Kaasalainen,
T.,
Reijonen,V,
et al.,
“Lens dose in routine head CT: Comparison of different optimization methods with anthropomorphic phantoms,
AJR,
204,
117-123 (2015)