Energías experimentales de rayos X y Alfa K

Z
Elemento
Ka2
eV(unc)
Ka1
eV(unc)
10Ne848,61(26)848,61(26)
11Na1040,98(12)1040,98(12)
12Mg1253,437(13)1253,688(11)
13Al1486,295(10)1486,708(10)
14Si1739,394(34)1739,985(19)
15P2012,70(48) *2013,68(48) *
16S2306,700(38)2307,885(34)
17Cl2620,846(39)2622,440(39)
18Ar2955,566(16)2957,682(16)
19K3311,1956(60) 3313,9476(50)
20Ca3688,128(49)3691,719(49)
21Sc4085,9526(85)4090,735(19)
22Ti4504,9201(94)4510,8991(94)
23V4944,671(59)4952,216(59)
24Cr 5405,5384(71)5414,8045(71)
25Mn5887,6859(84)5898,8010(84)
26Fe6391,0264(99)6404,0062(99)
27Co6915,5380(39)6930,3780(39)
28Ni 7461,0343(45)7478,2521(45)
29Cu8027,8416(26)8047,8227(26)
30Zn8615,823(73)8638,906(73)
31Ga9224,835(27)9251,674(66)
32Ge9855,42(10) 9886,52(11)
33As10507,50(15)10543,2674(81)
34Se11181,53(31)11222,52(12)
35Br11877,75(34)11924,36(34)
36Kr 12595,424(56)12648,002(52)
37Rb13335,88(21)13395,49(19)
38Sr14098,03(24)14165,20(24)
39Y14882,94(26) 14958,54(27)
40Zr15690,645(50)15774,914(54)
41Nb16521,28(33)16615,16(33)
42Mo17374,29(29)17479,372(10)
43Tc18250,9(12)18367,2(12) *
44Ru19150,49(18)19279,16(18)
45Rh20073,67(20)20216,12(20)
46Pd21020,15(22)21177,08(17)
47Ag21990,30(10)22162,917(30)
48Cd22984,05(20) 23173,98(20)
49In24002,03(28) 24209,75(22)
50Sn25044,04(23)25271,36(23)
51Sb26110,78(25)26358,86(25)
52Te27201,99(26)27472,57(27)
53I28317,52(67)28612,32(49)
54Xe29458,250(50)29778,78(10)
55Cs30625,40(45)30973,13(46)
56Ba31816,615(60)32193,262(70)
57La 33034,38(26)33442,12(27)
58Ce34279,28(28)34720,00(29)
59Pr 35550,59(30)36026,71(31)
60Nd37360,739(70)37360,739(70)
61Pm38171,55(70)38725,11(72)
62Sm39523,39(10)40118,481(60)
63Eu40902,33(40) 41542,63(41)
64Gd42309,30(43)42996,72(44)
65Tb43744,62(46)44482,75(47)
66Dy 45208,27(49) 45998,94(51)
67Ho46699,98(15)47547,10(77)
68Er48221,61(20)49127,24(12)
69Tm49772,67(12)50741,475(92)
70Yb51354,60(63)52389,48(66)
71Lu52965,57(67)54070,39(70)
72Hf54612,0(11) # 55790,8(11) #
73Ta56277,6(15)57533,2(16)
74W57981,77(14)59318,847(50)
75Re59718,57(43) 61141,00(89)
76Os61487,27(90)63001,07(95)
77Ir63287,29(96)64896,2(10)
78Pt65123,3(20) 66832,9(21)
79Au66990,73(22)68804,50(18)
80Hg68895,1(17)70819,5(18)
81Tl70832,5(12)72872,5(13)
82Pb72805,42(24)74970,11(17)
83Bi-20974816,21(92)77109,2(22)
84Po-20976864,4(71) *79292,9(75) *
85At-21078 944(15) *81 514(16) *
86Rn-22281 066(24) *83 783(25) *
87Fr-22383 232(25) *86 105(27) *
88Ra-22685 436(12)88 476(12)
89Ac-22787 676(18) * 90 884,8(79) *
90Th-23289 957,04(20)93 347,38(25)
91Pa-23192 283,4(20)95 866,4(20)
92U-23894 650,84(56) 98 431,58(28)
93Np-23797 068,4(30) *
94Pu-23999 523,2(12) *
94Pu-24499 529,4(20) *

Las energías de rayos X producen una línea recta cuando se dibujan sobre una gráfica de Moseley.

* Interpolado por elementos cercanos.
# Gran desviación entre teoría y experimento.

Datación numérica de NIST http://physics.nist.gov/PhysRefData

Rayos XCaracterísticas de los Rayos X
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