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Isotopes of gold

From Wikipedia, the free encyclopedia

Main isotopes^[1]			Decay
Isotope	abundance	half-life(t_1/2)	mode	product
¹⁹⁵Au	synth	186.01 d	ε	¹⁹⁵Pt
¹⁹⁶Au	synth	6.165 d	β⁺	¹⁹⁶Pt
¹⁹⁶Au	synth	6.165 d	β⁻	¹⁹⁶Hg
¹⁹⁷Au	100%	stable
¹⁹⁸Au	synth	2.6946 d	β⁻	¹⁹⁸Hg
¹⁹⁹Au	synth	3.139 d	β⁻	¹⁹⁹Hg

Standard atomic weightA_r°(Au)

196.966570±0.000004^[2]
196.97±0.01 (abridged)^[3]

Gold (₇₉Au) has one stableisotope,¹⁹⁷Au, and knownradioisotopes ranging from¹⁶⁹Au to²¹⁰Au, with the most stable¹⁹⁵Au being the most stable with ahalf-life of 186.01 days, followed by¹⁹⁶Au at 6.165 days. Isotopes heavier than the stable mass number 197 generally decay bybeta emission tomercury isotopes, while those lighter decay byelectron capture toplatinum isotopes oralpha emission toiridium isotopes; 196 decays both to platinum and to mercury. Of themeta states the most stable is^198m2Au at 2.27 days.

Gold is currently the heaviestmonoisotopic element (and is alsomononuclidic).Bismuth formerly held that distinction until alpha decay of the²⁰⁹Bi isotope was observed. All isotopes of gold are either radioactive or, in the case of¹⁹⁷Au,observationally stable, meaning that¹⁹⁷Au is predicted to be radioactive but no actual decay has been observed.^[4]

List of isotopes

[edit]

Nuclide ^{[n 1]}	Z	N	Isotopic mass(Da)^[5] ^{[n 2]}^{[n 3]}	Half-life^[1] ^{[n 4]}	Decay mode^[1] ^{[n 5]}	Daughter isotope ^{[n 6]}^{[n 7]}	Spin and parity^[1] ^{[n 8]}^{[n 4]}	Isotopic abundance
Nuclide ^{[n 1]}	Excitation energy^{[n 4]}			Half-life^[1] ^{[n 4]}	Decay mode^[1] ^{[n 5]}	Daughter isotope ^{[n 6]}^{[n 7]}	Spin and parity^[1] ^{[n 8]}^{[n 4]}	Isotopic abundance
¹⁶⁹Au^[6]	79	90	168.99808(32)#	1.16+0.50 −0.47 μs	p (~94%)	¹⁶⁸Pt	(11/2−)
¹⁶⁹Au^[6]	79	90	168.99808(32)#	1.16+0.50 −0.47 μs	α (~6%)	^165mIr	(11/2−)
¹⁷⁰Au^[7]	79	91	169.99602(22)#	286+50 −40 μs	p (89%)	¹⁶⁹Pt	(2)−
¹⁷⁰Au^[7]	79	91	169.99602(22)#	286+50 −40 μs	α (11%)	¹⁶⁶Ir	(2)−
^170mAu^[7]	282(10) keV			617+50 −40 μs	p (58%)	¹⁶⁹Pt	(9)+
^170mAu^[7]	282(10) keV			617+50 −40 μs	α (42%)	^166mIr	(9)+
¹⁷¹Au^[7]	79	92	170.991882(22)	22+3 −2 μs	p	¹⁷⁰Pt	1/2+
¹⁷¹Au^[7]	79	92	170.991882(22)	22+3 −2 μs	α?	¹⁶⁷Ir	1/2+
^171mAu^[7]	258(13) keV			1.09(3) ms	α (66%)	^167mIr	11/2−
^171mAu^[7]	258(13) keV			1.09(3) ms	p (34%)	¹⁷⁰Pt	11/2−
¹⁷²Au	79	93	171.99000(6)	28(4) ms	α (98%)	¹⁶⁸Ir	(2)−
					p (2%)	¹⁷¹Pt
					β⁺	¹⁷²Pt
^172mAu^{[n 9]}	160(250) keV			11.0(10) ms	α	¹⁶⁸Ir	(9,10)+
^172mAu^{[n 9]}	160(250) keV			11.0(10) ms	p?	¹⁷¹Pt	(9,10)+
¹⁷³Au	79	94	172.986224(24)	25.5(8) ms	α (86%)	¹⁶⁹Ir	(1/2+)
¹⁷³Au	79	94	172.986224(24)	25.5(8) ms	β⁺ (14%)	¹⁷³Pt	(1/2+)
^173mAu	214(21) keV			12.2(1) ms	α (89%)	¹⁶⁹Ir	(11/2−)
^173mAu	214(21) keV			12.2(1) ms	β⁺ (11%)	¹⁷³Pt	(11/2−)
¹⁷⁴Au	79	95	173.98491(11)#	139(3) ms	α (90%)	¹⁷⁰Ir	(3−)
¹⁷⁴Au	79	95	173.98491(11)#	139(3) ms	β⁺ (10%)	¹⁷⁴Pt	(3−)
^174mAu	130(50)# keV			162(2) ms	α?	¹⁷⁰Ir	(9+)
^174mAu	130(50)# keV			162(2) ms	β⁺?	¹⁷⁴Pt	(9+)
¹⁷⁵Au	79	96	174.98132(4)	200(3) ms	α (88%)	¹⁷¹Ir	1/2+
¹⁷⁵Au	79	96	174.98132(4)	200(3) ms	β⁺ (12%)	¹⁷⁵Pt	1/2+
^175mAu	164(11)# keV			136(1) ms	α (75%)	¹⁷¹Ir	(11/2−)
^175mAu	164(11)# keV			136(1) ms	β⁺ (25%)	¹⁷⁵Pt	(11/2−)
¹⁷⁶Au	79	97	175.98012(4)	1.05(1) s	α (75%)	¹⁷²Ir	(3−,4−)
¹⁷⁶Au	79	97	175.98012(4)	1.05(1) s	β⁺ (25%)	¹⁷⁶Pt	(3−,4−)
^176mAu^{[n 9]}	139(13) keV			1.36(2) s	α?	¹⁷²Ir	(8+,9+)
^176mAu^{[n 9]}	139(13) keV			1.36(2) s	β⁺?	¹⁷⁶Pt	(8+,9+)
¹⁷⁷Au	79	98	176.976870(11)	1.501(20) s	β⁺ (60%)	¹⁷⁷Pt	1/2+
¹⁷⁷Au	79	98	176.976870(11)	1.501(20) s	α (40%)	¹⁷³Ir	1/2+
^177mAu	190(7) keV			1.193(13) s	α (60%)	¹⁷³Ir	11/2−
^177mAu	190(7) keV			1.193(13) s	β⁺ (40%)	¹⁷⁷Pt	11/2−
¹⁷⁸Au	79	99	177.976057(11)	3.4(5) s	β⁺ (84%)	¹⁷⁸Pt	(2+,3−)
¹⁷⁸Au	79	99	177.976057(11)	3.4(5) s	α (16%)	¹⁷⁴Ir	(2+,3−)
^178m1Au	50.3(2) keV			300(10) ns	IT	¹⁷⁸Au	(4−,5+)
^178m2Au	186(14) keV			2.7(5) s	β⁺ (82%)	¹⁷⁸Pt	(7+,8−)
^178m2Au	186(14) keV			2.7(5) s	α (18%)	¹⁷⁴Ir	(7+,8−)
^178m3Au	243(14) keV			390(10) ns	IT	¹⁷⁸Au	(5+,6)
¹⁷⁹Au	79	100	178.973174(13)	7.1(3) s	β⁺ (78.0%)	¹⁷⁹Pt	1/2+
¹⁷⁹Au	79	100	178.973174(13)	7.1(3) s	α (22.0%)	¹⁷⁵Ir	1/2+
^179mAu	89.5(3) keV			327(5) ns	IT	¹⁷⁹Au	(3/2−)
¹⁸⁰Au	79	101	179.9724898(51)	7.9(3) s	β⁺ (99.42%)	¹⁸⁰Pt	(1+)
¹⁸⁰Au	79	101	179.9724898(51)	7.9(3) s	α (0.58%)	¹⁷⁶Ir	(1+)
¹⁸¹Au	79	102	180.970079(21)	13.7(14) s	β⁺ (97.3%)	¹⁸¹Pt	(5/2−)
¹⁸¹Au	79	102	180.970079(21)	13.7(14) s	α (2.7%)	¹⁷⁷Ir	(5/2−)
¹⁸²Au	79	103	181.969614(20)	15.5(4) s	β⁺ (99.87%)	¹⁸²Pt	(2+)
¹⁸²Au	79	103	181.969614(20)	15.5(4) s	α (0.13%)	¹⁷⁸Ir	(2+)
¹⁸³Au	79	104	182.967588(10)	42.8(10) s	β⁺ (99.45%)	¹⁸³Pt	5/2−
¹⁸³Au	79	104	182.967588(10)	42.8(10) s	α (0.55%)	¹⁷⁹Ir	5/2−
^183mAu	73.10(1) keV			>1 μs	IT	¹⁸³Au	(1/2)+
¹⁸⁴Au	79	105	183.967452(24)	20.6(9) s	β⁺ (99.99%)	¹⁸⁴Pt	5+
¹⁸⁴Au	79	105	183.967452(24)	20.6(9) s	α (0.013%)	¹⁸⁰Ir	5+
^184mAu	68.46(4) keV			47.6(14) s	β⁺ (70%)	¹⁸⁴Pt	2+
					IT (30%)	¹⁸⁴Au
					α (0.013%)	¹⁸⁰Ir
¹⁸⁵Au	79	106	184.9657989(28)	4.25(6) min	β⁺ (99.74%)	¹⁸⁵Pt	5/2−
¹⁸⁵Au	79	106	184.9657989(28)	4.25(6) min	α (0.26%)	¹⁸¹Ir	5/2−
^185mAu^{[n 9]}	50(50)# keV			6.8(3) min	β⁺	¹⁸⁵Pt	1/2+#
^185mAu^{[n 9]}	50(50)# keV			6.8(3) min	IT?	¹⁸⁵Au	1/2+#
¹⁸⁶Au	79	107	185.965953(23)	10.7(5) min	β⁺	¹⁸⁶Pt	3−
¹⁸⁶Au	79	107	185.965953(23)	10.7(5) min	α (8×10⁻⁴%)	¹⁸²Ir	3−
^186mAu	227.77(7) keV			110(10) ns	IT	¹⁸⁶Au	2+
¹⁸⁷Au	79	108	186.964542(24)	8.3(2) min	β⁺	¹⁸⁷Pt	1/2+
¹⁸⁷Au	79	108	186.964542(24)	8.3(2) min	α?	¹⁸³Ir	1/2+
^187mAu	120.33(14) keV			2.3(1) s	IT	¹⁸⁷Au	9/2−
¹⁸⁸Au	79	109	187.9652480(29)	8.84(6) min	β⁺	¹⁸⁸Pt	1−
¹⁸⁹Au	79	110	188.963948(22)	28.7(4) min	β⁺	¹⁸⁹Pt	1/2+
¹⁸⁹Au	79	110	188.963948(22)	28.7(4) min	α? (<3×10⁻⁵%)	¹⁸⁵Ir	1/2+
^189m1Au	247.25(16) keV			4.59(11) min	β⁺	¹⁸⁹Pt	11/2−
^189m1Au	247.25(16) keV			4.59(11) min	IT?	¹⁸⁹Au	11/2−
^189m2Au	325.12(16) keV			190(15) ns	IT	¹⁸⁹Au	9/2−
^189m3Au	2554.8(8) keV			242(10) ns	IT	¹⁸⁹Au	31/2+
¹⁹⁰Au	79	111	189.964752(4)	42.8(10) min	β⁺	¹⁹⁰Pt	1−
¹⁹⁰Au	79	111	189.964752(4)	42.8(10) min	α? (<10⁻⁶%)	¹⁸⁶Ir	1−
^190mAu^{[n 9]}	200(150)# keV			125(20) ms	IT	¹⁹⁰Au	11−#
^190mAu^{[n 9]}	200(150)# keV			125(20) ms	β⁺?	¹⁹⁰Pt	11−#
¹⁹¹Au	79	112	190.963716(5)	3.18(8) h	β⁺	¹⁹¹Pt	3/2+
^191m1Au	266.2(7) keV			920(110) ms	IT	¹⁹¹Au	11/2−
^191m2Au	2489.6(9) keV			402(20) ns	IT	¹⁹¹Au	31/2+
¹⁹²Au	79	113	191.964818(17)	4.94(9) h	β⁺	¹⁹²Pt	1−
^192m1Au	135.41(25) keV			29 ms	IT	¹⁹²Au	5+
^192m2Au	431.6(5) keV			160(20) ms	IT	¹⁹²Au	11−
¹⁹³Au	79	114	192.964138(9)	17.65(15) h	β⁺	¹⁹³Pt	3/2+
^193m1Au	290.20(4) keV			3.9(3) s	IT (99.97%)	¹⁹³Au	11/2−
^193m1Au	290.20(4) keV			3.9(3) s	β⁺ (0.03%)	¹⁹³Pt	11/2−
^193m2Au	2486.7(6) keV			150(50) ns	IT	¹⁹³Au	31/2+
¹⁹⁴Au	79	115	193.9654191(23)	38.02(10) h	β⁺	¹⁹⁴Pt	1−
^194m1Au	107.4(5) keV			600(8) ms	IT	¹⁹⁴Au	5+
^194m2Au	475.8(6) keV			420(10) ms	IT	¹⁹⁴Au	11−
¹⁹⁵Au	79	116	194.9650378(12)	186.01(6) d	EC	¹⁹⁵Pt	3/2+
^195m1Au	318.58(4) keV			30.5(2) s	IT	¹⁹⁵Au	11/2−
^195m2Au	2501(20)# keV			12.89(21) μs	IT	¹⁹⁵Au	31/2(−)
¹⁹⁶Au	79	117	195.966571(3)	6.165(11) d	β⁺ (93.0%)	¹⁹⁶Pt	2−
¹⁹⁶Au	79	117	195.966571(3)	6.165(11) d	β⁻ (7.0%)	¹⁹⁶Hg	2−
^196m1Au	84.656(20) keV			8.1(2) s	IT	¹⁹⁶Au	5+
^196m2Au	595.66(4) keV			9.603(22) h	IT	¹⁹⁶Au	12−
¹⁹⁷Au^{[n 10]}	79	118	196.9665701(6)	Observationally Stable^{[n 11]}			3/2+	1.0000
^197m1Au	409.15(8) keV			7.73(6) s	IT	¹⁹⁷Au	11/2−
^197m2Au	2532.5(10) keV			150(5) ns	IT	¹⁹⁷Au	27/2+#
¹⁹⁸Au	79	119	197.9682437(6)	2.69464(14) d	β⁻	¹⁹⁸Hg	2−
^198m1Au	312.2227(20) keV			124(4) ns	IT	¹⁹⁸Au	5+
^198m2Au	811.9(15) keV			2.272(16) d	IT	¹⁹⁸Au	12−
¹⁹⁹Au	79	120	198.9687666(6)	3.139(7) d	β⁻	¹⁹⁹Hg	3/2+
^199mAu	548.9405(21) keV			440(30) μs	IT	¹⁹⁹Au	11/2−
²⁰⁰Au	79	121	199.970757(29)	48.4(3) min	β⁻	²⁰⁰Hg	(1−)
^200mAu	1010(40) keV			18.7(5) h	β⁻ (84%)	²⁰⁰Hg	12−
^200mAu	1010(40) keV			18.7(5) h	IT (16%)	²⁰⁰Au	12−
²⁰¹Au	79	122	200.971658(3)	26.0(8) min	β⁻	²⁰¹Hg	3/2+
^201m1Au	594(5) keV			730(630) μs	IT	²⁰¹Au	11/2-
^201m2Au	1610(5) keV			5.6(24) μs	IT	²⁰¹Au	19/2+#
²⁰²Au	79	123	201.973856(25)	28.4(12) s	β⁻	²⁰²Hg	(1−)
²⁰³Au	79	124	202.9751545(33)	60(6) s	β⁻	²⁰³Hg	3/2+
^203mAu	641(3) keV			140(44) μs	IT	²⁰³Au	11/2−#
²⁰⁴Au	79	125	203.97811(22)#	38.3(13) s	β⁻	²⁰⁴Hg	(2−)
^204mAu	3816(500)# keV			2.1(3) μs	IT	²⁰⁴Au	16+#
²⁰⁵Au	79	126	204.98006(22)#	32.0(14) s	β⁻	²⁰⁵Hg	3/2+#
^205m1Au	907(5) keV			6(2) s	IT?	²⁰⁵Au	11/2−#
^205m1Au	907(5) keV			6(2) s	β⁻?	²⁰⁵Hg	11/2−#
^205m2Au	2849.7(4) keV			163(5) ns	IT	²⁰⁵Au	19/2+#
²⁰⁶Au	79	127	205.98477(32)#	47(11) s	β⁻	²⁰⁶Hg	6+#
²⁰⁷Au	79	128	206.98858(32)#	3# s [>300 ns]	β⁻?	²⁰⁷Hg	3/2+#
²⁰⁷Au	79	128	206.98858(32)#	3# s [>300 ns]	β⁻,n?	²⁰⁶Hg	3/2+#
²⁰⁸Au	79	129	207.99366(32)#	20# s [>300 ns]	β⁻?	²⁰⁸Hg	6+#
²⁰⁸Au	79	129	207.99366(32)#	20# s [>300 ns]	β⁻, n?	²⁰⁷Hg	6+#
²⁰⁹Au	79	130	208.99761(43)#	1# s [>300 ns]	β⁻?	²⁰⁹Hg	3/2+#
²⁰⁹Au	79	130	208.99761(43)#	1# s [>300 ns]	β⁻, n?	²⁰⁸Hg	3/2+#
²¹⁰Au	79	131	210.00288(43)#	10# s [>300 ns]	β⁻?	²¹⁰Hg	6+#
²¹⁰Au	79	131	210.00288(43)#	10# s [>300 ns]	β⁻, n?	²⁰⁹Hg	6+#
This table header & footer: view

^^mAu – Excitednuclear isomer.
^( ) – Uncertainty (1σ) is given in concise form in parentheses after the corresponding last digits.
^# – Atomic mass marked #: value and uncertainty derived not from purely experimental data, but at least partly from trends from the Mass Surface (TMS).
^^a ^b ^c# – Values marked # are not purely derived from experimental data, but at least partly from trends of neighboring nuclides (TNN).
^Modes of decay:
EC: Electron capture

IT: Isomeric transition

p: Proton emission
^Bold italics symbol as daughter – Daughter product is nearly stable.
^Bold symbol as daughter – Daughter product is stable.
^( ) spin value – Indicates spin with weak assignment arguments.
^^a ^b ^c ^dOrder of ground state and isomer is uncertain.
^Potential material forsalted bombs
^Theoretically predicted to undergo α decay to¹⁹³Ir

References

[edit]

^^a ^b ^c ^dKondev, F. G.; Wang, M.; Huang, W. J.; Naimi, S.; Audi, G. (2021)."The NUBASE2020 evaluation of nuclear properties"(PDF).Chinese Physics C.45 (3) 030001.doi:10.1088/1674-1137/abddae.
^"Standard Atomic Weights: Gold".CIAAW. 2017.
^Prohaska, Thomas; Irrgeher, Johanna; Benefield, Jacqueline; Böhlke, John K.; Chesson, Lesley A.; Coplen, Tyler B.; Ding, Tiping; Dunn, Philip J. H.; Gröning, Manfred; Holden, Norman E.; Meijer, Harro A. J. (2022-05-04)."Standard atomic weights of the elements 2021 (IUPAC Technical Report)".Pure and Applied Chemistry.doi:10.1515/pac-2019-0603.ISSN 1365-3075.
^Belli, P.; Bernabei, R.; Danevich, F. A.; et al. (2019). "Experimental searches for rare alpha and beta decays".European Physical Journal A.55 (8): 140–1–140–7.arXiv:1908.11458.Bibcode:2019EPJA...55..140B.doi:10.1140/epja/i2019-12823-2.ISSN 1434-601X.S2CID 201664098.
^Wang, Meng; Huang, W.J.; Kondev, F.G.; Audi, G.; Naimi, S. (2021). "The AME 2020 atomic mass evaluation (II). Tables, graphs and references*".Chinese Physics C.45 (3) 030003.doi:10.1088/1674-1137/abddaf.
^Hilton, Joshua Ben."Decays of new nuclides 169Au, 170Hg, 165Pt and the ground state of 165Ir discovered using MARA"(PDF). University of Liverpool. Retrieved11 June 2023.
^^a ^b ^c ^dKettunen, H.; Enqvist, T.; Grahn, T.; Greenlees, P. T.; Jones, P.; Julin, R.; Juutinen, S.; Keenan, A.; Kuusiniemi, P.; Leino, M.; Leppänen, A.-P.; Nieminen, P.; Pakarinen, J.; Rahkila, P.; Uusitalo, J. (28 May 2004)."Decay studies of Au 170, 171, Hg 171 – 173, and Tl 176".Physical Review C.69 (5) 054323.doi:10.1103/PhysRevC.69.054323.ISSN 0556-2813. Retrieved11 June 2023.

Isotopes of thechemical elements

Group	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18
Period	Hydrogen and alkali metals	Alkaline earth metals													Pnictogens	Chalcogens	Halogens	Noble gases
①	Isotopes § List H 1																	Isotopes § List He 2
②	Isotopes § List Li 3	Isotopes § List Be 4											Isotopes § List B 5	Isotopes § List C 6	Isotopes § List N 7	Isotopes § List O 8	Isotopes § List F 9	Isotopes § List Ne 10
③	Isotopes § List Na 11	Isotopes § List Mg 12											Isotopes § List Al 13	Isotopes § List Si 14	Isotopes § List P 15	Isotopes § List S 16	Isotopes § List Cl 17	Isotopes § List Ar 18
④	Isotopes § List K 19	Isotopes § List Ca 20	Isotopes § List Sc 21	Isotopes § List Ti 22	Isotopes § List V 23	Isotopes § List Cr 24	Isotopes § List Mn 25	Isotopes § List Fe 26	Isotopes § List Co 27	Isotopes § List Ni 28	Isotopes § List Cu 29	Isotopes § List Zn 30	Isotopes § List Ga 31	Isotopes § List Ge 32	Isotopes § List As 33	Isotopes § List Se 34	Isotopes § List Br 35	Isotopes § List Kr 36
⑤	Isotopes § List Rb 37	Isotopes § List Sr 38	Isotopes § List Y 39	Isotopes § List Zr 40	Isotopes § List Nb 41	Isotopes § List Mo 42	Isotopes § List Tc 43	Isotopes § List Ru 44	Isotopes § List Rh 45	Isotopes § List Pd 46	Isotopes § List Ag 47	Isotopes § List Cd 48	Isotopes § List In 49	Isotopes § List Sn 50	Isotopes § List Sb 51	Isotopes § List Te 52	Isotopes § List I 53	Isotopes § List Xe 54
⑥	Isotopes § List Cs 55	Isotopes § List Ba 56	Isotopes § List Lu 71	Isotopes § List Hf 72	Isotopes § List Ta 73	Isotopes § List W 74	Isotopes § List Re 75	Isotopes § List Os 76	Isotopes § List Ir 77	Isotopes § List Pt 78	Isotopes § List Au 79	Isotopes § List Hg 80	Isotopes § List Tl 81	Isotopes § List Pb 82	Isotopes § List Bi 83	Isotopes § List Po 84	Isotopes § List At 85	Isotopes § List Rn 86
⑦	Isotopes § List Fr 87	Isotopes § List Ra 88	Isotopes § List Lr 103	Isotopes § List Rf 104	Isotopes § List Db 105	Isotopes § List Sg 106	Isotopes § List Bh 107	Isotopes § List Hs 108	Isotopes § List Mt 109	Isotopes § List Ds 110	Isotopes § List Rg 111	Isotopes § List Cn 112	Isotopes § List Nh 113	Isotopes § List Fl 114	Isotopes § List Mc 115	Isotopes § List Lv 116	Isotopes § List Ts 117	Isotopes § List Og 118
⑧	Isotopes § List Uue 119	Isotopes § List Ubn 120

			Isotopes § List La 57	Isotopes § List Ce 58	Isotopes § List Pr 59	Isotopes § List Nd 60	Isotopes § List Pm 61	Isotopes § List Sm 62	Isotopes § List Eu 63	Isotopes § List Gd 64	Isotopes § List Tb 65	Isotopes § List Dy 66	Isotopes § List Ho 67	Isotopes § List Er 68	Isotopes § List Tm 69	Isotopes § List Yb 70
			Isotopes § List Ac 89	Isotopes § List Th 90	Isotopes § List Pa 91	Isotopes § List U 92	Isotopes § List Np 93	Isotopes § List Pu 94	Isotopes § List Am 95	Isotopes § List Cm 96	Isotopes § List Bk 97	Isotopes § List Cf 98	Isotopes § List Es 99	Isotopes § List Fm 100	Isotopes § List Md 101	Isotopes § List No 102

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Movatterモバイル変換

List of isotopes

See also

References