promieniowanie9

Appendices - 12

Table 10. K x-rays: energies, relatlve intensities, and ffuoresccnce yields (continued)

Z	El			V		“k	Z	El			V	V	(o K
58	Ce	34.2789	34.7197	392	40.2	0.911	70	Yb	51.3540	52.3889	59.3	61.0	0.950
		54.6	(100)	29.8	7.6				56.7	(100)	32.7	8.7
59	Pr	35.6602	36.0263	40.7	41.8	0.915	71	Lii	52.9660	54.0698	61.2	63.0	0.962
		54.8	(100)	29.9	7.9				57.0	(100!	33.1	8.6
60	Nd	36.8474	37.3610	42.2	43.3	0.920	72	Hł	54.611	55.790	63.2	65.0	0.954
		64.9	(100}	30.0	8.3				57.2	(100)	33.5	a.5
61	Pm	38.1712	38.7247	43.8	44.9	0.824	73	Ta	66277	57532	65.2	67.0	0.956
		55.1	(100)	30.1	B.4				57.4	(100)	33.7	8.5
62	Sm	39.5224	40.1181	45.4	46.6	0.928	74	W	57.9817	59.3182	67.2	69.1	0.957
		55.2	noo)	30.2	8.6				57.6	(100)	33.8	8.6
63	Eu	40.9019	41.5422	47.0	48.3	0.931	75	Re	59.7179	61.140	69.2	71.2	0.959
		55.4	(100)	30.5	8.7				57.8	(1001	34.1	8.6
64	Gd	42,3089	42.9962	48.7	50.0	0.934	76	O*	61.487	63.000	71.3	73.4	0.961
		55.6	(100)	30.8	8.9				58.0	(100)	34.4	8.7
65	Tb	43.7441	44.4816	50.3	51.7	0.937	77	Ir	63.287	64.896	735	75.6	0.962
		55.8	(100)	31.0	8.9				58,1	(100)	34.4	8.9
66	Dy	45.2078	45.9984	52.1	538	0.940	78	Pt	65,122	66.832	75.7	77.9	0.963
		56.0	(1001	312	8.9				58.3	(100)	34.4	9.1
67	Ho	46.6997	47.5467	538	55.3	0.943	79	Au	66,989	68.804	77.9	80.2	0.964
		56.2	(100)	31.5	8.8				58.6	(100)	34.5	9,4
ea	Er	48.2211	49.1277	65.6	57.2	0.945	80	Hg	68.895	70519	80.2	82.5	0.966
		56.4	(100)	31.9	8.8				58.8 •	11001	34,5	9.6
69	Tm	49.772$	50.7416	578	59.1	0.948	81	Tl	70.832	72.872	82.5	84.9	0.9
		66.6	(100)	32.3	8.7				59.0	(1001	34.6	9.9

Z	El	*a2	K01		Kjh	V	^UK
82	Pb	72.804	74.969	84.450	84.936	87.3	0.968

		59.3	(100)	11.6	22.2	10.2
83	Bi	74515	77.108	86.834	87.343	89.8	0.969	•• -,^:>v
		59.5	(100)	11.6	22.1	10.5
84	Po	76.862	79.290	89.25	89,83	92.4	0.970	‘ • ;>
		59.7	(100!	11.6	22.1	lc-.e		• ^;v
85	At	78.95	81.52	91.72	92.30	95.0	0.971	" ' ; ;
		60.0	(100)	11.6	22.1	11.0		%
86	Rn	81.07	B3.78	94.24	94.87	97.6	0.972	.,.7
		60.2	(100)	11.6	22.2	11.3
87	Fr	83.23	86.10	96.81	97.47	100.3	0.972
		60.5	(100)	11.6	22.1	11.5
’ 88	Ra	85.43	88.47	99.43	100.13	103.0	0.973
		60.8	(100)	11.6	22.1	11.7
89	Ac	87.67	90.884	102.10	102.85	105.8	0.974
		61.1	(100)	11.6	22.1	11.9
90	Th	89.953	93.350	104.831	105.61	108.6	0.975
		61.3	(100)	11.6	221	12.0
91	Pa	92.29	95.868	107.60	108.43	1115	0.975
		61.6	(100)	11.6	22.0	12.1
92	U	94,666	98.439	110.406	111.300	114.5	0.976
		61.9	(100)	11.6	22.0	12.3
93	Np	97.08	101.07	113.31	114.24	117.5	0.977
		62.2	(100)	11.6	22.1	12.4
94	Pu	9955	103.76	116.27	117.26	120.6	0.977
		62.5	(100)	11.7	22 2	12.5
95	Am	102.08	106.52	119.32	120.36	123.8	0.978
		62.8	(100)	11.7	22.2	12.7
96	Cm	104.44	109.29	122.32	123.42	127.0	0.978
		63.2	(100)	11.8	22.3	12.8
97	Bk	107.21	112.14	125.44	126.61	130.3	0.979
		63.7	(100)	11.0	22.3	13.0
98	Cf	110.71	116.03	129.60	130.85	134.6	0.979
		64.2	(100)	11.9	22.4	13.2
99	Es	113.47	119.08	132.92	134.24	138.1	0.980
		64.5	(100)	11.9	22.4	13.4
100	Fm	116.28	122.19	136.30	137.69	141.7	0.980	-
		64.8	(100)	12.0	22.5	13.5

1)    J.A. Bearden, RMP 39 78(67)

2)    S.I. Salem, S.L. Panossian, and R.A. Krause, ANDT 14 91(74)

3)    W. Bambynek, 8. Crasemann, R.W. Fink, H.-U. Freund, H. Mark, C.D. Swift, R.E. Price, and P.V. Rao,

' RMP 44.716(72)