Isotopes of Rhodium

List of known isotopes of the element Rhodium.

Isotope	t½	%	Spin/parity	Radius	Isotopic mass	Discovery
⁸⁹Rh	120 ns	syn.	—	—	8.895·10⁷ ±387 keV/c²	—
⁹⁰Rh	29 ±3 ms	syn.	(0+)	—	8.994·10⁷ ±215 keV/c²	1994
⁹¹Rh	1.47 ±22 s	syn.	(9/2+)	—	9.093·10⁷ ±320 keV/c²	1994
⁹²Rh	4.66 ±25 s	syn.	(GE6+)	—	9.193·10⁷ ±4.7 keV/c²	1994
⁹³Rh	12.2 ±7 s	syn.	(9/2+)	—	9.292·10⁷ ±2.821 keV/c²	1994
⁹⁴Rh	70.6 ±6 s	syn.	(4+)	—	9.392·10⁷ ±3.627 keV/c²	1979
⁹⁵Rh	5.02 ±10 m	syn.	9/2+	—	9.491·10⁷ ±4.171 keV/c²	1967
⁹⁶Rh	9.9 ±10 m	syn.	6+	—	9.591·10⁷ ±10.73 keV/c²	1967
⁹⁷Rh	30.7 ±6 m	syn.	9/2+	—	9.691·10⁷ ±38.07 keV/c²	1955
⁹⁸Rh	8.72 ±12 m	syn.	(2)+	—	9.791·10⁷ ±12.78 keV/c²	1955
⁹⁹Rh	16.1 ±2 d	syn.	1/2-	—	9.89·10⁷ ±20.88 keV/c²	1952
¹⁰⁰Rh	20.5 ±3 h	syn.	1-	—	9.99·10⁷ ±19.45 keV/c²	1948
¹⁰¹Rh	3.3 ±3 a	syn.	1/2-	—	1.009·10⁸ ±6.27 keV/c²	1948
¹⁰²Rh	207.3 ±17 d	syn.	(1- 2-)	—	1.019·10⁸ ±6.88 keV/c²	1941
¹⁰³Rh	stab.	100 %	1/2-	4.494 ±0.0023 fm	1.029·10⁸ ±2.47 keV/c²	1934
¹⁰⁴Rh	42.3 ±4 s	syn.	1+	—	1.039·10⁸ ±2.471 keV/c²	1939
¹⁰⁵Rh	35.34 ±19 h	syn.	7/2+	—	1.049·10⁸ ±2.685 keV/c²	1945
¹⁰⁶Rh	30.07 ±35 s	syn.	1+	—	1.059·10⁸ ±5.786 keV/c²	1947
¹⁰⁷Rh	21.7 ±4 m	syn.	7/2+	—	1.069·10⁸ ±12.93 keV/c²	1951
¹⁰⁸Rh	16.8 ±5 s	syn.	1+	—	1.079·10⁸ ±15.02 keV/c²	1955
¹⁰⁹Rh	80.8 ±7 s	syn.	7/2+	—	1.089·10⁸ ±4.336 keV/c²	1972
¹¹⁰Rh	3.35 ±12 s	syn.	(1+)	—	1.099·10⁸ ±19.11 keV/c²	1963
¹¹¹Rh	11 ±1 s	syn.	(7/2+)	—	1.109·10⁸ ±7.356 keV/c²	1975
¹¹²Rh	3.6 ±3 s	syn.	(1+)	—	1.119·10⁸ ±47.32 keV/c²	1972
¹¹³Rh	2.8 ±12 s	syn.	(7/2+)	—	1.129·10⁸ ±7.656 keV/c²	1971
¹¹⁴Rh	1.85 ±5 s	syn.	1+	—	1.139·10⁸ ±76.82 keV/c²	1988
¹¹⁵Rh	0.99 ±5 s	syn.	(7/2+)	—	1.149·10⁸ ±7.857 keV/c²	1988
¹¹⁶Rh	0.68 ±6 s	syn.	1+	—	1.159·10⁸ ±79.26 keV/c²	1970
¹¹⁷Rh	0.44 ±4 s	syn.	(7/2+)	—	1.169·10⁸ ±9.548 keV/c²	1991
¹¹⁸Rh	286 ±10 ms	syn.	—	—	1.179·10⁸ ±26.01 keV/c²	1994
¹¹⁹Rh	171 ±18 ms	syn.	(7/2+)	—	1.189·10⁸ ±10 keV/c²	1994
¹²⁰Rh	132 ±5 ms	syn.	—	—	1.199·10⁸ ±215 keV/c²	1994
¹²¹Rh	151 ± ms	syn.	—	—	1.209·10⁸ ±665 keV/c²	1994
¹²²Rh	300 ns	syn.	—	—	1.219·10⁸ ±322 keV/c²	1997
¹²³Rh	42.2 ±18 ms	syn.	—	—	1.229·10⁸ ±429 keV/c²	2010
¹²⁴Rh	30 ±2 ms	syn.	—	—	1.239·10⁸ ±429 keV/c²	2010
¹²⁵Rh	26.5 ±20 ms	syn.	—	—	1.249·10⁸ ±537 keV/c²	2010
¹²⁶Rh	19 ±3 ms	syn.	—	—	1.259·10⁸ ±537 keV/c²	2010
¹²⁷Rh	20 ± ms	syn.	—	—	1.269·10⁸ ±644 keV/c²	2015
¹²⁸Rh	stab.	syn.	—	—	1.279·10⁸ ±322 keV/c²	2018

89RhRhodium-89

Classification	z: 45; n: 44; m: 89
Half life	120 ns
Natural abundance	synthetic nuclide
Decay modes	proton emission; electron capture + β⁺ decay; electron capture + proton emission
Mass excess	-45,660 ±361 keV
Binding energy	8,189 ±4 keV
Single-particle energy	-1,400 ±200 keV
Neutron separation energy	16,860 ±538 keV
Q value for electron capture	12,710 ±361.8 keV

Point at nuclide Decay chain of Rhodium-89

90RhRhodium-90

Classification	z: 45; n: 45; m: 90
Half life	29 ±3 ms
Natural abundance	synthetic nuclide
Spin/parity	(0+)
Decay modes	electron capture + β⁺ decay; electron capture + proton emission
Discovery	1994
Mass excess	-51,640 ±200 keV
Binding energy	8,254 ±2 keV
Single-particle energy	553 ±201 keV
Neutron separation energy	14,050 ±412 keV
Q value for electron capture	13,240 ±200 keV
β⁻ decay energy	-11,930 ±447 keV

Point at nuclide Decay chain of Rhodium-90

91RhRhodium-91

Classification	z: 45; n: 46; m: 91
Half life	1.47 ±22 s
Natural abundance	synthetic nuclide
Spin/parity	(9/2+)
Decay modes	electron capture + β⁺ decay; β⁺ decay + proton emission
Discovery	1994
Mass excess	-58,570 ±298 keV
Binding energy	8,328 ±3 keV
Single-particle energy	975 ±298 keV
Neutron separation energy	15,000 ±359 keV
Q value for electron capture	9,669 ±298 keV
β⁻ decay energy	-12,400 ±300 keV
β⁻ decay energy with neutron	-26,940 ±499 keV

Point at nuclide Decay chain of Rhodium-91

92RhRhodium-92

Classification	z: 45; n: 47; m: 92
Half life	4.66 ±25 s
Natural abundance	synthetic nuclide
Spin/parity	(GE6+)
Decay modes	electron capture + β⁺ decay; β⁺ decay + proton emission
Discovery	1994
Mass excess	-63,000 ±4.378 keV
Binding energy	8,373 ±0.0476 keV
Single-particle energy	2,048 ±4.909 keV
Neutron separation energy	12,500 ±298 keV
Q value for electron capture	11,300 ±5.153 keV
β⁻ decay energy	-8,220 ±345 keV
β⁻ decay energy with neutron	-24,910 ±423 keV

Point at nuclide Decay chain of Rhodium-92

93RhRhodium-93

Classification	z: 45; n: 48; m: 93
Half life	12.2 ±7 s
Natural abundance	synthetic nuclide
Spin/parity	(9/2+)
Decay modes	electron capture + β⁺ decay
Discovery	1994
Mass excess	-69,020 ±2.629 keV
Binding energy	8,434 ±0.0283 keV
Single-particle energy	1,999 ±3.781 keV
Neutron separation energy	14,080 ±5.106 keV
Q value for electron capture	8,204 ±3.343 keV
β⁻ decay energy	-10,030 ±370 keV
β⁻ decay energy with neutron	-22,310 ±345 keV

Point at nuclide Decay chain of Rhodium-93

94RhRhodium-94

Classification	z: 45; n: 49; m: 94
Half life	70.6 ±6 s
Natural abundance	synthetic nuclide
Spin/parity	(4+)
Decay modes	electron capture + β⁺ decay; electron capture + proton emission
Discovery	1979
Mass excess	-72,910 ±3.379 keV
Binding energy	8,472 ±0.0359 keV
Single-particle energy	2,979 ±3.96 keV
Neutron separation energy	11,960 ±4.281 keV
Q value for electron capture	9,675 ±4.615 keV
β⁻ decay energy	-6,806 ±5.458 keV
β⁻ decay energy with neutron	-22,000 ±370 keV

Point at nuclide Decay chain of Rhodium-94

95RhRhodium-95

Classification	z: 45; n: 50; m: 95
Half life	5.02 ±10 m
Natural abundance	synthetic nuclide
Spin/parity	9/2+
Decay modes	electron capture + β⁺ decay
Discovery	1967
Mass excess	-78,350 ±3.886 keV
Binding energy	8,525 ±0.0409 keV
Single-particle energy	3,045 ±4.997 keV
Neutron separation energy	13,500 ±5.149 keV
Q value for electron capture	5,117 ±10.26 keV
β⁻ decay energy	-8,375 ±4.928 keV
β⁻ decay energy with neutron	-20,310 ±5.786 keV
Magnetic dipole moment	10.9 ±0.3 μN

Point at nuclide Decay chain of Rhodium-95

96RhRhodium-96

Classification	z: 45; n: 51; m: 96
Half life	9.9 ±10 m
Natural abundance	synthetic nuclide
Spin/parity	6+
Decay modes	electron capture + β⁺ decay
Discovery	1967
Mass excess	-79,690 ±10 keV
Binding energy	8,534 ±0.1042 keV
Single-particle energy	3,518 ±13.79 keV
Neutron separation energy	9,418 ±10.72 keV
Q value for electron capture	6,392 ±10 keV
β⁻ decay energy	-3,505 ±10.84 keV
β⁻ decay energy with neutron	-17,800 ±10.44 keV

Point at nuclide Decay chain of Rhodium-96

97RhRhodium-97

Classification	z: 45; n: 52; m: 97
Half life	30.7 ±6 m
Natural abundance	synthetic nuclide
Spin/parity	9/2+
Decay modes	electron capture + β⁺ decay
Discovery	1955
Mass excess	-82,600 ±35.46 keV
Binding energy	8,559 ±0.3656 keV
Single-particle energy	3,806 ±35.46 keV
Neutron separation energy	10,980 ±36.84 keV
Q value for electron capture	3,523 ±35.5 keV
β⁻ decay energy	-4,792 ±35.79 keV
β⁻ decay energy with neutron	-14,490 ±35.7 keV

Point at nuclide Decay chain of Rhodium-97

98RhRhodium-98

Classification	z: 45; n: 53; m: 98
Half life	8.72 ±12 m
Natural abundance	synthetic nuclide
Spin/parity	(2)+
Decay modes	electron capture + β⁺ decay
Discovery	1955
Mass excess	-83,180 ±11.9 keV
Binding energy	8,560 ±0.1215 keV
Single-particle energy	4,343 ±12.22 keV
Neutron separation energy	8,648 ±37.4 keV
Q value for electron capture	5,049 ±13.54 keV
β⁻ decay energy	-1,855 ±12.81 keV
β⁻ decay energy with neutron	-13,450 ±12.85 keV

Point at nuclide Decay chain of Rhodium-98

99RhRhodium-99

Classification	z: 45; n: 54; m: 99
Half life	16.1 ±2 d
Natural abundance	synthetic nuclide
Spin/parity	1/2-
Decay modes	electron capture + β⁺ decay
Discovery	1952
Mass excess	-85,590 ±19.45 keV
Binding energy	8,580 ±0.1965 keV
Single-particle energy	4,648 ±20.49 keV
Neutron separation energy	10,480 ±22.8 keV
Q value for electron capture	2,040 ±19.45 keV
β⁻ decay energy	-3,402 ±18.91 keV
β⁻ decay energy with neutron	-12,340 ±20.02 keV
Magnetic dipole moment	5.62 ±0.06 μN

Point at nuclide Decay chain of Rhodium-99

100RhRhodium-100

Classification	z: 45; n: 55; m: 100
Half life	20.5 ±3 h
Natural abundance	synthetic nuclide
Spin/parity	1-
Decay modes	electron capture + β⁺ decay
Discovery	1948
Mass excess	-85,600 ±18.12 keV
Binding energy	8,575 ±0.1813 keV
Single-particle energy	5,254 ±18.12 keV
Neutron separation energy	8,077 ±26.58 keV
Q value for electron capture	3,636 ±18.12 keV
β⁻ decay energy	-378.5 ±25.28 keV
β⁻ decay energy with neutron	-11,480 ±18.83 keV
Magnetic dipole moment	4.69 ±0.14 μN
Electric quadrupole moment	0.153 ±0.018 b

Point at nuclide Decay chain of Rhodium-100

101RhRhodium-101

Classification	z: 45; n: 56; m: 101
Half life	3.3 ±3 a
Natural abundance	synthetic nuclide
Spin/parity	1/2-
Decay modes	electron capture (EC)
Discovery	1948
Mass excess	-87,420 ±5.841 keV
Binding energy	8,588 ±0.0578 keV
Single-particle energy	5,474 ±5.848 keV
Neutron separation energy	9,892 ±19.04 keV
Q value for electron capture	545.6 ±5.856 keV
β⁻ decay energy	-1,981 ±3.902 keV
β⁻ decay energy with neutron	-10,280 ±18.57 keV
Magnetic dipole moment	5.43 ±0.06 μN

Point at nuclide Decay chain of Rhodium-101

102RhRhodium-102

Classification	z: 45; n: 57; m: 102
Half life	207.3 ±17 d
Natural abundance	synthetic nuclide
Spin/parity	(1- 2-)
Decay modes	electron capture + β⁺ decay; β⁻ decay
Discovery	1941
Mass excess	-86,790 ±6.41 keV
Binding energy	8,576 ±0.0628 keV
Single-particle energy	6,114 ±6.396 keV
Neutron separation energy	7,442 ±8.669 keV
Q value for electron capture	2,323 ±6.423 keV
β⁻ decay energy	1,119 ±6.396 keV
β⁻ decay energy with neutron	-9,423 ±7.881 keV
Magnetic dipole moment	0.5 ±0.4 μN

Point at nuclide Decay chain of Rhodium-102

103RhRhodium-103

Classification	z: 45; n: 58; m: 103
Half life	stable nuclide
Natural abundance	100 %
Spin/parity	1/2-
Discovery	1934
Mass excess	-88,040 ±2.301 keV
Binding energy	8,584 ±0.0223 keV
Single-particle energy	6,214 ±2.264 keV
Neutron separation energy	9,319 ±6.785 keV
Q value for electron capture	-764.6 ±2.343 keV
β⁻ decay energy	-574.8 ±2.392 keV
β⁻ decay energy with neutron	-8,201 ±2.264 keV
Magnetic dipole moment	-0.08829 ±3·10^-5 μN

Point at nuclide

104RhRhodium-104

Classification	z: 45; n: 59; m: 104
Half life	42.3 ±4 s
Natural abundance	synthetic nuclide
Spin/parity	1+
Decay modes	β⁻ decay; electron capture + β⁺ decay
Discovery	1939
Mass excess	-86,960 ±2.303 keV
Binding energy	8,568 ±0.0221 keV
Single-particle energy	6,981 ±2.261 keV
Neutron separation energy	6,998 ±0.0814 keV
Q value for electron capture	1,136 ±3.398 keV
β⁻ decay energy	2,435 ±2.659 keV
β⁻ decay energy with neutron	-7,574 ±2.394 keV
Magnetic dipole moment	2 ±0.06 μN

Point at nuclide Decay chain of Rhodium-104

105RhRhodium-105

Classification	z: 45; n: 60; m: 105
Half life	35.34 ±19 h
Natural abundance	synthetic nuclide
Spin/parity	7/2+
Decay modes	β⁻ decay
Discovery	1945
Mass excess	-87,860 ±2.502 keV
Binding energy	8,572 ±0.0238 keV
Single-particle energy	7,044 ±2.851 keV
Neutron separation energy	8,963 ±3.388 keV
Q value for electron capture	-1,917 ±3.536 keV
β⁻ decay energy	566.6 ±2.345 keV
β⁻ decay energy with neutron	-6,528 ±2.448 keV
Magnetic dipole moment	4.41 ±0.05 μN

Point at nuclide Decay chain of Rhodium-105

106RhRhodium-106

Classification	z: 45; n: 61; m: 106
Half life	30.07 ±35 s
Natural abundance	synthetic nuclide
Spin/parity	1+
Decay modes	β⁻ decay
Discovery	1947
Mass excess	-86,370 ±5.39 keV
Binding energy	8,553 ±0.0508 keV
Single-particle energy	7,717 ±5.476 keV
Neutron separation energy	6,582 ±5.694 keV
Q value for electron capture	-39.41 ±7.623 keV
β⁻ decay energy	3,544 ±5.334 keV
β⁻ decay energy with neutron	-6,017 ±5.34 keV
Magnetic dipole moment	2.55 ±0.03 μN

Point at nuclide Decay chain of Rhodium-106

107RhRhodium-107

Classification	z: 45; n: 62; m: 107
Half life	21.7 ±4 m
Natural abundance	synthetic nuclide
Spin/parity	7/2+
Decay modes	β⁻ decay
Discovery	1951
Mass excess	-86,870 ±12.05 keV
Binding energy	8,554 ±0.1126 keV
Single-particle energy	7,829 ±13.2 keV
Neutron separation energy	8,572 ±13.2 keV
Q value for electron capture	-3,002 ±14.84 keV
β⁻ decay energy	1,508 ±12.11 keV
β⁻ decay energy with neutron	-5,028 ±12.1 keV

Point at nuclide Decay chain of Rhodium-107

108RhRhodium-108

Classification	z: 45; n: 63; m: 108
Half life	16.8 ±5 s
Natural abundance	synthetic nuclide
Spin/parity	1+
Decay modes	β⁻ decay
Discovery	1955
Mass excess	-85,040 ±13.99 keV
Binding energy	8,532 ±0.1296 keV
Single-particle energy	8,457 ±16.46 keV
Neutron separation energy	6,238 ±18.46 keV
Q value for electron capture	-1,370 ±16.47 keV
β⁻ decay energy	4,493 ±14.04 keV
β⁻ decay energy with neutron	-4,730 ±14.04 keV

Point at nuclide Decay chain of Rhodium-108

109RhRhodium-109

Classification	z: 45; n: 64; m: 109
Half life	80.8 ±7 s
Natural abundance	synthetic nuclide
Spin/parity	7/2+
Decay modes	β⁻ decay
Discovery	1972
Mass excess	-85,000 ±4.04 keV
Binding energy	8,528 ±0.0371 keV
Single-particle energy	8,626 ±9.574 keV
Neutron separation energy	8,039 ±14.55 keV
Q value for electron capture	-4,261 ±9.823 keV
β⁻ decay energy	2,607 ±4.187 keV
β⁻ decay energy with neutron	-3,547 ±4.185 keV

Point at nuclide Decay chain of Rhodium-109

110RhRhodium-110

Classification	z: 45; n: 65; m: 110
Half life	3.35 ±12 s
Natural abundance	synthetic nuclide
Spin/parity	(1+)
Decay modes	β⁻ decay
Discovery	1963
Mass excess	-82,830 ±17.8 keV
Binding energy	8,504 ±0.1619 keV
Single-particle energy	9,379 ±19.88 keV
Neutron separation energy	5,900 ±18.24 keV
Q value for electron capture	-2,757 ±19.91 keV
β⁻ decay energy	5,502 ±17.79 keV
β⁻ decay energy with neutron	-3,294 ±17.83 keV

Point at nuclide Decay chain of Rhodium-110

111RhRhodium-111

Classification	z: 45; n: 66; m: 111
Half life	11 ±1 s
Natural abundance	synthetic nuclide
Spin/parity	(7/2+)
Decay modes	β⁻ decay
Discovery	1975
Mass excess	-82,310 ±6.853 keV
Binding energy	8,495 ±0.0617 keV
Single-particle energy	9,520 ±11.25 keV
Neutron separation energy	7,546 ±19.07 keV
Q value for electron capture	-5,519 ±11.86 keV
β⁻ decay energy	3,682 ±6.889 keV
β⁻ decay energy with neutron	-2,045 ±6.878 keV

Point at nuclide Decay chain of Rhodium-111

112RhRhodium-112

Classification	z: 45; n: 67; m: 112
Half life	3.6 ±3 s
Natural abundance	synthetic nuclide
Spin/parity	(1+)
Decay modes	β⁻ decay
Discovery	1972
Mass excess	-79,740 ±44.08 keV
Binding energy	8,468 ±0.3936 keV
Single-particle energy	10,230 ±45.13 keV
Neutron separation energy	5,498 ±44.6 keV
Q value for electron capture	-4,101 ±45.11 keV
β⁻ decay energy	6,589 ±43.92 keV
β⁻ decay energy with neutron	-1,817 ±44.09 keV

Point at nuclide Decay chain of Rhodium-112

113RhRhodium-113

Classification	z: 45; n: 68; m: 113
Half life	2.8 ±12 s
Natural abundance	synthetic nuclide
Spin/parity	(7/2+)
Decay modes	β⁻ decay
Discovery	1971
Mass excess	-78,770 ±7.132 keV
Binding energy	8,456 ±0.0631 keV
Single-particle energy	10,420 ±11.95 keV
Neutron separation energy	7,107 ±44.64 keV
Q value for electron capture	-6,900 ±38.94 keV
β⁻ decay energy	4,823 ±9.88 keV
β⁻ decay energy with neutron	-517.3 ±9.612 keV

Point at nuclide Decay chain of Rhodium-113

114RhRhodium-114

Classification	z: 45; n: 69; m: 114
Half life	1.85 ±5 s
Natural abundance	synthetic nuclide
Spin/parity	1+
Decay modes	β⁻ decay
Discovery	1988
Mass excess	-75,720 ±71.56 keV
Binding energy	8,426 ±0.6277 keV
Single-particle energy	11,130 ±81.15 keV
Neutron separation energy	5,014 ±71.9 keV
Q value for electron capture	-5,490 ±71.64 keV
β⁻ decay energy	7,780 ±71.89 keV
β⁻ decay energy with neutron	-191.1 ±71.89 keV

Point at nuclide Decay chain of Rhodium-114

115RhRhodium-115

Classification	z: 45; n: 70; m: 115
Half life	0.99 ±5 s
Natural abundance	synthetic nuclide
Spin/parity	(7/2+)
Decay modes	β⁻ decay
Discovery	1988
Mass excess	-74,230 ±7.319 keV
Binding energy	8,410 ±0.0636 keV
Single-particle energy	11,290 ±8.041 keV
Neutron separation energy	6,590 ±71.92 keV
Q value for electron capture	-8,124 ±26.2 keV
β⁻ decay energy	6,196 ±15.35 keV
β⁻ decay energy with neutron	1,189 ±10.01 keV

Point at nuclide Decay chain of Rhodium-115

116RhRhodium-116

Classification	z: 45; n: 71; m: 116
Half life	0.68 ±6 s
Natural abundance	synthetic nuclide
Spin/parity	1+
Decay modes	β⁻ decay
Discovery	1970
Mass excess	-70,740 ±73.83 keV
Binding energy	8,377 ±0.6365 keV
Single-particle energy	11,910 ±77.99 keV
Neutron separation energy	4,577 ±74.18 keV
Q value for electron capture	-6,667 ±73.92 keV
β⁻ decay energy	9,095 ±74.16 keV
β⁻ decay energy with neutron	1,618 ±75.05 keV

Point at nuclide Decay chain of Rhodium-116

117RhRhodium-117

Classification	z: 45; n: 72; m: 117
Half life	0.44 ±4 s
Natural abundance	synthetic nuclide
Spin/parity	(7/2+)
Decay modes	β⁻ decay
Discovery	1991
Mass excess	-68,900 ±8.895 keV
Binding energy	8,359 ±0.076 keV
Single-particle energy	12,110 ±9.643 keV
Neutron separation energy	6,232 ±74.35 keV
Q value for electron capture	-9,407 ±433.2 keV
β⁻ decay energy	7,527 ±11.41 keV
β⁻ decay energy with neutron	2,862 ±11.33 keV

Point at nuclide Decay chain of Rhodium-117

118RhRhodium-118

Classification	z: 45; n: 73; m: 118
Half life	286 ±10 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1994
Mass excess	-64,890 ±24.23 keV
Binding energy	8,322 ±0.2054 keV
Single-particle energy	12,680 ±433.8 keV
Neutron separation energy	4,061 ±25.78 keV
Q value for electron capture	-7,887 ±201.4 keV
β⁻ decay energy	10,500 ±24.34 keV
β⁻ decay energy with neutron	3,465 ±25.26 keV

Point at nuclide Decay chain of Rhodium-118

119RhRhodium-119

Classification	z: 45; n: 74; m: 119
Half life	171 ±18 ms
Natural abundance	synthetic nuclide
Spin/parity	(7/2+)
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1994
Mass excess	-62,830 ±9.315 keV
Binding energy	8,303 ±0.0783 keV
Single-particle energy	13,110 ±200 keV
Neutron separation energy	6,007 ±25.96 keV
Q value for electron capture	-10,750 ±300.1 keV
β⁻ decay energy	8,584 ±12.44 keV
β⁻ decay energy with neutron	4,494 ±9.643 keV

Point at nuclide Decay chain of Rhodium-119

120RhRhodium-120

Classification	z: 45; n: 75; m: 120
Half life	132 ±5 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	1994
Mass excess	-58,620 ±200 keV
Binding energy	8,266 ±2 keV
Single-particle energy	13,820 ±361 keV
Neutron separation energy	3,868 ±200 keV
Q value for electron capture	-8,900 ±447.2 keV
β⁻ decay energy	11,660 ±200 keV
β⁻ decay energy with neutron	4,716 ±200 keV

Point at nuclide Decay chain of Rhodium-120

121RhRhodium-121

Classification	z: 45; n: 76; m: 121
Half life	151 ± ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission
Discovery	1994
Mass excess	-56,260 ±619.4 keV
Binding energy	8,245 ±5.119 keV
Single-particle energy	13,810 ±737 keV
Neutron separation energy	5,702 ±651 keV
Q value for electron capture	-11,640 ±737.3 keV
β⁻ decay energy	9,932 ±619.4 keV
β⁻ decay energy with neutron	5,958 ±619.4 keV

Point at nuclide Decay chain of Rhodium-121

122RhRhodium-122

Classification	z: 45; n: 77; m: 122
Half life	300 ns
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	1997
Mass excess	-51,880 ±300 keV
Binding energy	8,208 ±2 keV
Single-particle energy	14,540 ±500 keV
Neutron separation energy	3,701 ±688 keV
Q value for electron capture	-10,100 ±583 keV
β⁻ decay energy	12,730 ±301 keV
β⁻ decay energy with neutron	6,231 ±300 keV

Point at nuclide Decay chain of Rhodium-122

123RhRhodium-123

Classification	z: 45; n: 78; m: 123
Half life	42.2 ±18 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	2010
Mass excess	-49,190 ±400 keV
Binding energy	8,185 ±3 keV
Single-particle energy	14,690 ±640 keV
Neutron separation energy	5,382 ±500 keV
Q value for electron capture	-12,640 ±640.3 keV
β⁻ decay energy	11,230 ±885 keV
β⁻ decay energy with neutron	7,355 ±400 keV

Point at nuclide Decay chain of Rhodium-123

124RhRhodium-124

Classification	z: 45; n: 79; m: 124
Half life	30 ±2 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	2010
Mass excess	-44,710 ±400 keV
Binding energy	8,148 ±3 keV
Single-particle energy	15,440 ±640 keV
Neutron separation energy	3,591 ±565 keV
Q value for electron capture	-11,120 ±721.1 keV
β⁻ decay energy	13,690 ±500 keV
β⁻ decay energy with neutron	7,649 ±885 keV

Point at nuclide Decay chain of Rhodium-124

125RhRhodium-125

Classification	z: 45; n: 80; m: 125
Half life	26.5 ±20 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	2010
Mass excess	-41,830 ±500 keV
Binding energy	8,124 ±4 keV
Single-particle energy	15,520 ±781 keV
Neutron separation energy	5,191 ±640 keV
Q value for electron capture	-13,460 ±583 keV
β⁻ decay energy	12,130 ±640 keV
β⁻ decay energy with neutron	8,499 ±583 keV

Point at nuclide Decay chain of Rhodium-125

126RhRhodium-126

Classification	z: 45; n: 81; m: 126
Half life	19 ±3 ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	2010
Mass excess	-37,200 ±500 keV
Binding energy	8,087 ±4 keV
Single-particle energy	16,120 ±583 keV
Neutron separation energy	3,442 ±707 keV
β⁻ decay energy	14,590 ±640 keV
β⁻ decay energy with neutron	8,688 ±640 keV

Point at nuclide Decay chain of Rhodium-126

127RhRhodium-127

Classification	z: 45; n: 82; m: 127
Half life	20 ± ms
Natural abundance	synthetic nuclide
Decay modes	β⁻ decay; β⁻ decay with neutron emission; β⁻ decay with two-neutron emission
Discovery	2015
Mass excess	-33,730 ±600 keV
Binding energy	8,060 ±5 keV
Neutron separation energy	4,602 ±781 keV
β⁻ decay energy	13,490 ±781 keV
β⁻ decay energy with neutron	9,988 ±721 keV

Point at nuclide Decay chain of Rhodium-127

128RhRhodium-128

Classification	z: 45; n: 83; m: 128
Half life	stable nuclide
Natural abundance	synthetic nuclide
Discovery	2018
Mass excess	-27,340 ±300 keV
Binding energy	8,010 ±2 keV
Neutron separation energy	1,681 ±671 keV
β⁻ decay energy	17,050 ±583 keV
β⁻ decay energy with neutron	11,800 ±583 keV

Point at nuclide

Isotopes of Rhodium

89RhRhodium-89ads_clickcall_splitdownload

90RhRhodium-90ads_clickcall_splitdownload

91RhRhodium-91ads_clickcall_splitdownload

92RhRhodium-92ads_clickcall_splitdownload

93RhRhodium-93ads_clickcall_splitdownload

94RhRhodium-94ads_clickcall_splitdownload

95RhRhodium-95ads_clickcall_splitdownload

96RhRhodium-96ads_clickcall_splitdownload

97RhRhodium-97ads_clickcall_splitdownload

98RhRhodium-98ads_clickcall_splitdownload

99RhRhodium-99ads_clickcall_splitdownload

100RhRhodium-100ads_clickcall_splitdownload

101RhRhodium-101ads_clickcall_splitdownload

102RhRhodium-102ads_clickcall_splitdownload

103RhRhodium-103ads_clickdownload

104RhRhodium-104ads_clickcall_splitdownload

105RhRhodium-105ads_clickcall_splitdownload

106RhRhodium-106ads_clickcall_splitdownload

107RhRhodium-107ads_clickcall_splitdownload

108RhRhodium-108ads_clickcall_splitdownload

109RhRhodium-109ads_clickcall_splitdownload

110RhRhodium-110ads_clickcall_splitdownload

111RhRhodium-111ads_clickcall_splitdownload

112RhRhodium-112ads_clickcall_splitdownload

113RhRhodium-113ads_clickcall_splitdownload

114RhRhodium-114ads_clickcall_splitdownload

115RhRhodium-115ads_clickcall_splitdownload

116RhRhodium-116ads_clickcall_splitdownload

117RhRhodium-117ads_clickcall_splitdownload

118RhRhodium-118ads_clickcall_splitdownload

119RhRhodium-119ads_clickcall_splitdownload

120RhRhodium-120ads_clickcall_splitdownload

121RhRhodium-121ads_clickcall_splitdownload

122RhRhodium-122ads_clickcall_splitdownload

123RhRhodium-123ads_clickcall_splitdownload

124RhRhodium-124ads_clickcall_splitdownload

125RhRhodium-125ads_clickcall_splitdownload

126RhRhodium-126ads_clickcall_splitdownload

127RhRhodium-127ads_clickcall_splitdownload

128RhRhodium-128ads_clickdownload

89RhRhodium-89

90RhRhodium-90

91RhRhodium-91

92RhRhodium-92

93RhRhodium-93

94RhRhodium-94

95RhRhodium-95

96RhRhodium-96

97RhRhodium-97

98RhRhodium-98

99RhRhodium-99

100RhRhodium-100

101RhRhodium-101

102RhRhodium-102

103RhRhodium-103

104RhRhodium-104

105RhRhodium-105

106RhRhodium-106

107RhRhodium-107

108RhRhodium-108

109RhRhodium-109

110RhRhodium-110

111RhRhodium-111

112RhRhodium-112

113RhRhodium-113

114RhRhodium-114

115RhRhodium-115

116RhRhodium-116

117RhRhodium-117

118RhRhodium-118

119RhRhodium-119

120RhRhodium-120

121RhRhodium-121

122RhRhodium-122

123RhRhodium-123

124RhRhodium-124

125RhRhodium-125

126RhRhodium-126

127RhRhodium-127

128RhRhodium-128