TABLE 1
LD... Doses roR Dogs Expvosep UNDER DIFRERENT GEOMETRY CONDITIONS
Radiation factors
|
Unilateral
250-kvp N-ray
(from above)
(Pieker)
Unilateral
1000-kvp X-ray
(from above)
(G.E., trans-
14.2 Al Para-
Unilateral
None
bolie 0.5 C TT
12.7 Ph
onve
(nim)
| Tsp.
|
Dose rate
(y, min)
(om)
2.15 Cu
id2
5.6 Ph
274
15
Bilateral
yd
0.98 Cui)
variable
6
100
100
0.4 Cu
15
(Inherent)
2.0 Pb
110)
6.3 Fe (inherent)
4.3 Ph
200)
benm)
2000-kvp X-ray
Bilateral
(G.18., radial
beam)
2000 kvp
1000 kyp
Bilateral
Bilateral
Bilateral
{
Co® +
En-
air
AM idline
issue
Fixit
ftssue
450
562
332
160
Michaelson,’ Roch-
450
495
360
202
Michaelson,” Roch-
ester
271
271
360
255
210)
260"
6.3 Fe
None
| 4.3 Pb
|
200. |
Not given in report
| 10.5 Pb
| 115
|
~
é
(14)
Presser ef ad,
gonne (20)
Ar-
252
252
Bond
et
al.,
USNRDIL (17)
304
209
250
Bond
el
al.,
USNRDI (17) -
312
265
265
316
335
262
258"
Cronkite and
Brecher
NMRI
(21)
281
252
1.0 Al
“1
Bilateral
0.5 Cu
High.
1000
Ne
200-kvp X-ray
(G.1.)
250-kvp X-ray
(G.E., radial
beam)
1000-kvp X-ray
(G.E., radial
Bilateral
Rererence
france
dixsue
En-
france
ester
mitted beam)
Bomb 5
Ma
334
AMLANODD FW.AS0OdxKa 40 SLO
|
Filter
(ne)
LDsa dese
to
Radiation used
bo
a
Method of exposure |
Gleiser, NMRI (22)
RBoche and Bishop,
Rochester (23)
Shiveley et al
eye
“$. Michaelson, J. N. Shiveley, and J. Howland, personal communication.
' Caleulated or estimated; value not given in referenee cited.