Biomedical Engineering Reference
In-Depth Information
11.
(
a
) 5636 Å
35.
(
a
) 0.135
)
5.32 × 10
14
s
-1
(
b
(
b
) 3.18 cm
(
c
) 2.20 eV
(
c
) 9.28 cm
)both
∼
25 g cm
-2
14.
(a
) 0.545 MeV
(
d
) 11.0 g cm
-2
(
b
) 0.0103 Å
(
e
) 33.0
◦
.
6.83 × 10
-24
cm
2
39.
(
c
36
(
d
) 0.455 MeV
0.158 and 0.611 barn
29.3
◦
1.4 cm
-1
;
0.16 cm
2
g
-1
15.
40.
17.
(
a
) 0.643 MeV
) 13.0
◦
(
b
43.
(
a
) 0.078
18.
(
a
) 7.75 MeV
(
b
)None
) 102
◦
10
3
MeV cm
-2
s
-1
(
b
44.
(
a
)
9.15
×
20.
(
a
) 0.415 MeV
(
b)
10
19
s
-1
(
b
) 0.946
4.47
×
(
c
) 0.230 MeV
46.
(
a
) 4120 s
-1
; 4670 s
-1
(
d
) 2.86
10
-22
kgms
-1
(
b
) 836 MeV s
-1
×
(
c
) 394 MeV s
-1
23.
5.7 MeV
49.
(
b
) 0.14 cm
10
-26
cm
2
25.
(
a
)
9.28
×
(
c
) 0.86%
10
-25
cm
2
(
b
)
1.18
×
51.
0.93
10
-24
cm
2
(
c
)
2.74
×
53.
(
a
) 0.27
) 0.165 cm
-1
(
d
(
b
) 0.30 cm
30.
18.72 MeV
(
c
) 2.9%
) 0.309 cm
-1
33.
(
a
54.
(
a
) 0.598
) 0.0423 cm
2
g
-1
)
1.99 × 10
5
s
-1
(
b
(
b
(
c
)
∼
2MeV
(
c
) 0.580
