Characteristic X-Rays (KeV) of the Elements
These characteristic x-rays originate in the shell of the atom
and can be used to identify specific elements but not a
specific isotope. These characteristic x-rays are emitted from
the shell of the atom after sufficient energy in the form of
thermal heat, laser, micro- waves, or other type of energy is
directed into the atom shell.
Z # K" K$ L" L$
89 Ac 90.89 102.85 12.65 15.71
47 Ag 22.16 24.94 2.98 3.15
13 Al 1.49 1.55 X X
95 Am 106.35 120.16 14.62 18.83
18 Ar 2.96 3.19 X X
33 As 10.54 11.73 1.28 1.32
85 At 81.53 92.32 11.42 13.87
79 Au 68.79 77.97 9.71 11.44
5 B 0.185 X X X
56 Ba 32.19 36.38 4.47 4.83
4 Be 0.110 X X X
83 Bi 77.10 87.34 10.84 13.02
97 Bk 111.90 126.36 15.31 19.97
35 Br 11.92 13.29 1.48 1.53
6 C 0.282 X X X
20 Ca 3.69 4.01 0.34 X
48 Cd 23.17 26.09 3.13 3.32
58 Ce 34.72 39.26 4.84 5.26
98 Cf 114.75 129.54 15.66 20.56
17 Cl 2.62 2.82 X X
176
Characteristic X-Rays (KeV) of the Elements
These characteristic x-rays originate in the shell of the atom
and can be used to identify specific elements but not a
specific isotope. These characteristic x-rays are emitted from
the shell of the atom after sufficient energy in the form of
thermal heat, laser, micro- waves, or other type of energy is
directed into the atom shell.
Z # K" K$ L" L$
89 Ac 90.89 102.85 12.65 15.71
47 Ag 22.16 24.94 2.98 3.15
13 Al 1.49 1.55 X X
95 Am 106.35 120.16 14.62 18.83
18 Ar 2.96 3.19 X X
33 As 10.54 11.73 1.28 1.32
85 At 81.53 92.32 11.42 13.87
79 Au 68.79 77.97 9.71 11.44
5 B 0.185 X X X
56 Ba 32.19 36.38 4.47 4.83
4 Be 0.110 X X X
83 Bi 77.10 87.34 10.84 13.02
97 Bk 111.90 126.36 15.31 19.97
35 Br 11.92 13.29 1.48 1.53
6 C 0.282 X X X
20 Ca 3.69 4.01 0.34 X
48 Cd 23.17 26.09 3.13 3.32
58 Ce 34.72 39.26 4.84 5.26
98 Cf 114.75 129.54 15.66 20.56
17 Cl 2.62 2.82 X X
176
Characteristic X-Rays (KeV) of the Elements
These characteristic x-rays originate in the shell of the atom
and can be used to identify specific elements but not a
specific isotope. These characteristic x-rays are emitted from
the shell of the atom after sufficient energy in the form of
thermal heat, laser, micro- waves, or other type of energy is
directed into the atom shell.
Z # K" K$ L" L$
89 Ac 90.89 102.85 12.65 15.71
47 Ag 22.16 24.94 2.98 3.15
13 Al 1.49 1.55 X X
95 Am 106.35 120.16 14.62 18.83
18 Ar 2.96 3.19 X X
33 As 10.54 11.73 1.28 1.32
85 At 81.53 92.32 11.42 13.87
79 Au 68.79 77.97 9.71 11.44
5 B 0.185 X X X
56 Ba 32.19 36.38 4.47 4.83
4 Be 0.110 X X X
83 Bi 77.10 87.34 10.84 13.02
97 Bk 111.90 126.36 15.31 19.97
35 Br 11.92 13.29 1.48 1.53
6 C 0.282 X X X
20 Ca 3.69 4.01 0.34 X
48 Cd 23.17 26.09 3.13 3.32
58 Ce 34.72 39.26 4.84 5.26
98 Cf 114.75 129.54 15.66 20.56
17 Cl 2.62 2.82 X X
176
Characteristic X-Rays (KeV) of the Elements
These characteristic x-rays originate in the shell of the atom
and can be used to identify specific elements but not a
specific isotope. These characteristic x-rays are emitted from
the shell of the atom after sufficient energy in the form of
thermal heat, laser, micro- waves, or other type of energy is
directed into the atom shell.
Z # K" K$ L" L$
89 Ac 90.89 102.85 12.65 15.71
47 Ag 22.16 24.94 2.98 3.15
13 Al 1.49 1.55 X X
95 Am 106.35 120.16 14.62 18.83
18 Ar 2.96 3.19 X X
33 As 10.54 11.73 1.28 1.32
85 At 81.53 92.32 11.42 13.87
79 Au 68.79 77.97 9.71 11.44
5 B 0.185 X X X
56 Ba 32.19 36.38 4.47 4.83
4 Be 0.110 X X X
83 Bi 77.10 87.34 10.84 13.02
97 Bk 111.90 126.36 15.31 19.97
35 Br 11.92 13.29 1.48 1.53
6 C 0.282 X X X
20 Ca 3.69 4.01 0.34 X
48 Cd 23.17 26.09 3.13 3.32
58 Ce 34.72 39.26 4.84 5.26
98 Cf 114.75 129.54 15.66 20.56
17 Cl 2.62 2.82 X X
176
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