Цирконій

Z 40 91,222 г/мольПерехідний метал

Огляд Атомні властивості Термодинаміка Електромагнетизм Ізотопи


⁹⁰Zr	50	89,9047	-88 772,55	51,45%	Стабільний	0+	---	1924
⁹⁴Zr	54	93,9063	-87 269,33	17,38%	Стабільний	0+	β⁻	1924
⁹²Zr	52	91,905	-88 459,02	17,15%	Стабільний	0+	---	1924
⁹¹Zr	51	90,9056	-87 895,59	11,22%	Стабільний	5/2+	---	1934
⁹⁶Zr	56	95,9083	-85 438,86	2,8%	23,4 Ер	0+	β⁻(100%)	1934
⁷⁷Zr	37	76,9661	-31 600,0	---	100,0 мкс	(3/2-)	β⁺⁷⁷Y β⁺p⁷⁶Sr p⁷⁶Y	2017
⁷⁸Zr	38	77,9561	-40 850,0	---	50,0 мс	0+	β⁺⁷⁸Y β⁺p⁷⁷Sr	2001
⁷⁹Zr	39	78,9498	-46 770,0	---	56,0 мс	(5/2+)	β⁺⁷⁹Y(100%) β⁺p⁷⁸Sr	1999
⁸⁰Zr	40	79,9412	-54 760,0	---	4,6 с	0+	β⁺⁸⁰Y(100%)	1987
⁸¹Zr	41	80,9382	-57 520,0	---	5,5 с	(3/2-)	β⁺⁸¹Y(99,88%) β⁺p⁸⁰Sr(0,12%)	1997
⁸²Zr	42	81,9317	-63 614,1	---	32,0 с	0+	β⁺⁸²Y(100%)	1982
⁸³Zr	43	82,9292	-65 912,0	---	42,0 с	(1/2-)	β⁺⁸³Y(100%) β⁺p⁸²Sr	1974
^83mZr	43	82,9293	-65 859,0	---	530,0 нс	(5/2-)	γ⁸³Zr(100%)	1988
⁸³ⁿZr	43	82,9293	-65 835,0	---	1,8 мкс	(7/2+)	γ⁸³Zr(100%)	1988
⁸⁴Zr	44	83,9233	-71 422,0	---	25,8 хв	0+	β⁺⁸⁴Y(100%)	1977
⁸⁵Zr	45	84,9214	-73 175,0	---	7,86 хв	(7/2+)	β⁺⁸⁵Y(100%)	1963
^85mZr	45	84,9218	-72 883,0	---	10,9 с	(1/2-)	γ⁸⁵Zr β⁺⁸⁵Y	1976
⁸⁶Zr	46	85,9163	-77 969,0	---	16,5 год	0+	β⁺⁸⁶Y(100%)	1951
⁸⁷Zr	47	86,9148	-79 347,0	---	1,68 год	9/2+	β⁺⁸⁷Y(100%)	1948
^87mZr	47	86,9152	-79 011,0	---	14,0 с	1/2-	γ⁸⁷Zr(100%)	1972
⁸⁸Zr	48	87,9102	-83 629,0	---	83,4 д	0+	EC⁸⁸Y(100%)	1951
^88mZr	48	87,9133	-80 741,0	---	1,32 мкс	8+	γ⁸⁸Zr(100%)	1978
⁸⁹Zr	49	88,9089	-84 878,0	---	3,27 д	9/2+	β⁺⁸⁹Y(100%)	1948
^89mZr	49	88,9095	-84 290,2	---	4,16 хв	1/2-	γ⁸⁹Zr(93,77%) β⁺⁸⁹Y(6,23%)	1953
^90mZr	50	89,9072	-86 453,55	---	809,2 мс	5-	γ⁹⁰Zr(100%)	1972
⁹⁰ⁿZr	50	89,9086	-85 183,13	---	131,0 нс	8+	γ⁹⁰Zr(100%)	1977
^91mZr	51	90,909	-84 728,3	---	4,35 мкс	(21/2+)	γ⁹¹Zr(100%)	1985
⁹³Zr	53	92,9065	-87 122,0	---	1,61 Мр	5/2+	β⁻⁹³Nb(100%)	1950
⁹⁵Zr	55	94,908	-85 659,9	---	64,03 д	5/2+	β⁻⁹⁵Nb(100%)	1946
⁹⁷Zr	57	96,911	-82 936,69	---	16,75 год	1/2+	β⁻⁹⁷Nb(100%)	1951
^97mZr	57	96,9123	-81 672,34	---	104,8 нс	7/2+	γ⁹⁷Zr(100%)	1976
⁹⁸Zr	58	97,9127	-81 282,0	---	30,7 с	0+	β⁻⁹⁸Nb(100%)	1967
^98mZr	58	97,9198	-74 680,0	---	1,9 мкс	(17-)	γ⁹⁸Zr(100%)	2005
⁹⁹Zr	59	98,9167	-77 617,0	---	2,1 с	1/2+	β⁻⁹⁹Nb(100%)	1970
^99mZr	59	98,9169	-77 365,0	---	336,0 нс	7/2+	γ⁹⁹Zr(100%)	1970
¹⁰⁰Zr	60	99,918	-76 373,0	---	7,1 с	0+	β⁻¹⁰⁰Nb(100%)	1970
¹⁰¹Zr	61	100,9215	-73 161,0	---	2,29 с	3/2+	β⁻¹⁰¹Nb(100%)	1972
¹⁰²Zr	62	101,9232	-71 581,0	---	2,01 с	0+	β⁻¹⁰²Nb(100%)	1970
¹⁰³Zr	63	102,9272	-67 809,0	---	1,38 с	(5/2-)	β⁻¹⁰³Nb(100%) β⁻n¹⁰²Nb(<1%)	1987
¹⁰⁴Zr	64	103,9294	-65 718,0	---	920,0 мс	0+	β⁻¹⁰⁴Nb(100%) β⁻n¹⁰³Nb(<1%)	1990
¹⁰⁵Zr	65	104,934	-61 458,0	---	670,0 мс	(1/2+)	β⁻¹⁰⁵Nb(100%) β⁻n¹⁰⁴Nb(<2%)	1992
¹⁰⁶Zr	66	105,9369	-58 750,0	---	179,0 мс	0+	β⁻¹⁰⁶Nb(100%) β⁻n¹⁰⁵Nb(<7%)	1994
¹⁰⁷Zr	67	106,942	-54 020,0	---	145,7 мс	(5/2+)	β⁻¹⁰⁷Nb(100%) β⁻n¹⁰⁶Nb(<23%)	1994
¹⁰⁸Zr	68	107,9453	-50 950,0	---	78,5 мс	0+	β⁻¹⁰⁸Nb(100%) β⁻n¹⁰⁷Nb	1997
^108mZr	68	107,9475	-48 880,0	---	540,0 нс	(6+)	γ¹⁰⁸Zr(100%)	2011
¹⁰⁹Zr	69	108,9509	-45 730,0	---	56,0 мс	(5/2+)	β⁻¹⁰⁹Nb(100%) β⁻n¹⁰⁸Nb β⁻n¹⁰⁷Nb	1997
¹¹⁰Zr	70	109,9547	-42 220,0	---	37,5 мс	0+	β⁻¹¹⁰Nb(100%) β⁻n¹⁰⁹Nb β⁻n¹⁰⁸Nb	1997
¹¹¹Zr	71	110,9608	-36 480,0	---	24,0 мс	(5/2+)	β⁻¹¹¹Nb(100%) β⁻n¹¹⁰Nb β⁻n¹⁰⁹Nb	2010
¹¹²Zr	72	111,9652	-32 420,0	---	43,0 мс	0+	β⁻¹¹²Nb(100%) β⁻n¹¹¹Nb β⁻n¹¹⁰Nb	2010
¹¹³Zr	73	112,9717	-26 340,0	---	15,0 мс	3/2+	β⁻¹¹³Nb β⁻n¹¹²Nb β⁻n¹¹¹Nb	2018

39Y

41Nb