镏的同位素

镏（原子量：174.967(1)）的同位素，其中有1个同位素是稳定的。

**图表**
149Lu
71
78
450 ns(+170−100) μs
p
11/2-
150Lu
71
79
149.97323(54)#
43(5) ms
p (80%)
149Yb
(2+)
β+ (20%)
150Yb
150mLu
34(15) keV
80(60) µs30(+95-15) µs
proton emission|p
149Yb
(1,2)
151Lu
71
80
149.97323(54)#
80.6(5) ms
p (63.4%)
150Yb
(11/2-)
β+ (36.6%)
151Yb
151mLu
77(5) keV
16(1) µs
proton emission|p
150Yb
(3/2+)
152Lu
71
81
151.96412(21)#
650(70) ms
β+ (85%)
152Yb
(5-,6-)
β+, p (15%)
151Tm
153Lu
71
82
152.95877(22)
0.9(2) s
α (70%) 
149Tm
11/2-
β+ (30%)
153Yb
153m1Lu
80(5) keV
1# s
IT
153Yb
1/2+
153m2Lu
2502.5(4) keV
>0.1 µs
IT
153Yb
23/2-
153m3Lu
2632.9(5) keV
15(3) µs
IT
153m2Yb
27/2-
154Lu
71
83
153.95752(22)#
1# s
β+
154Yb
(2-)
154m1Lu
58(13) keV
1.12(8) s
(9+)
154m2Lu
>2562 keV
35(3) µs
(17+)
155Lu
71
84
154.954316(22)
68.6(16) ms
α (76%)
151Tm
(11/2-)
β+ (24%)
155Yb
155m1Lu
20(6) keV
138(8) ms
α (88%)
151Tm
(1/2+)
β+ (12%)
155Yb
155m2Lu
1781.0(20) keV
2.70(3) ms
(25/2-)
156Lu
71
85
155.95303(8)
494(12) ms
α (95%)
152Tm
(2)-
β+ (5%)
156Yb
156mLu
220(80)# keV
198(2) ms
α (94%)
152Tm
(9)+
β+ (6%)
156Yb
157Lu
71
86
156.950098(20)
6.8(18) s
β+
157Yb
(1/2+,3/2+)
α
153Tm
157mLu
21.0(20) keV
4.79(12) s
β+ (94%)
157Yb
(11/2-)
α (6%)
153Tm
158Lu
71
87
157.949313(16)
10.6(3) s
β+ (99.09%)
158Yb
2-
α (.91%)
154Tm
159Lu
71
88
158.94663(4)
12.1(10) s
β+ (99.96%)
159Yb
1/2+#
α (.04%)
155Tm
159mLu
100(80)# keV
10# s
11/2-#
160Lu
71
89
159.94603(6)
36.1(3) s
β+
160Yb
2-#
α (10−4%)
156Tm
160mLu
0(100)# keV
40(1) s
161Lu
71
90
160.94357(3)
77(2) s
β+
161Yb
1/2+
161mLu
166(18) keV
7.3(4) ms
IT
161Lu
(9/2-)
162Lu
71
91
161.94328(8)
1.37(2) min
β+
162Yb
(1-)
162m1Lu
120(200)# keV
1.5 min
β+
162Yb
4-#
IT （不常见）
162Lu
162m2Lu
300(200)# keV
1.9 min
163Lu
71
92
162.94118(3)
3.97(13) min
β+
163Yb
1/2(+)
164Lu
71
93
163.94134(3)
3.14(3) min
β+
164Yb
1(-)
165Lu
71
94
164.939407(28)
10.74(10) min
β+
165Yb
1/2+
166Lu
71
95
165.93986(3)
2.65(10) min
β+
166Yb
(6-)
166m1Lu
34.37(5) keV
1.41(10) min
EC (58%)
166Yb
3(-)
IT (42%)
166Lu
166m2Lu
42.9(5) keV
2.12(10) min
0(-)
167Lu
71
96
166.93827(3)
51.5(10) min
β+
167Yb
7/2+
167mLu
0(30)# keV
>1 min
1/2(-#)
168Lu
71
97
167.93874(5)
5.5(1) min
β+
168Yb
(6-)
168mLu
180(110) keV
6.7(4) min
β+ (95%)
168Yb
3+
IT (5%)
168Lu
169Lu
71
98
168.937651(6)
34.06(5) h
β+
169Yb
7/2+
169mLu
29.0(5) keV
160(10) s
IT
169Lu
1/2-
170Lu
71
99
169.938475(18)
2.012(20) d
β+
170Yb
0+
170mLu
92.91(9) keV
670(100) ms
IT
170Lu
(4)-
171Lu
71
100
170.9379131(30)
8.24(3) d
β+
171Yb
7/2+
171mLu
71.13(8) keV
79(2) s
IT
171Lu
1/2-
172Lu
71
101
171.939086(3)
6.70(3) d
β+
172Yb
4-
172m1Lu
41.86(4) keV
3.7(5) min
IT
172Lu
1-
172m2Lu
65.79(4) keV
0.332(20) µs
(1)+
172m3Lu
109.41(10) keV
440(12) µs
(1)+
172m4Lu
213.57(17) keV
150 ns
(6-)
173Lu
71
102
172.9389306(26)
1.37(1) a
EC
173Yb
7/2+
173mLu
123.672(13) keV
74.2(10) µs
5/2-
174Lu
71
103
173.9403375(26)
3.31(5) a
β+
174Yb
(1)-
174m1Lu
170.83(5) keV
142(2) d
IT (99.38%)
174Lu
6-
EC (.62%)
174Yb
174m2Lu
240.818(4) keV
395(15) ns
(3+)
174m3Lu
365.183(6) keV
145(3) ns
(4-)
175Lu
71
104
174.9407718(23)
观测上稳定
7/2+
0.9741(2)
175m1Lu
1392.2(6) keV
984(30) µs
(19/2+)
175m2Lu
353.48(13) keV
1.49(7) µs
5/2-
176Lu
71
105
175.9426863(23)
38.5(7)×109 a
β-
176Hf
7-
0.0259(2)
176mLu
122.855(6) keV
3.664(19) h
β- (99.9%)
176Hf
1-
EC (.095%)
176Yb
177Lu
71
106
176.9437581(23)
6.6475(20) d
β-
177Hf
7/2+
177m1Lu
150.3967(10) keV
130(3) ns
9/2-
177m2Lu
569.7068(16) keV
155(7) µs
1/2+
177m3Lu
970.1750(24) keV
160.44(6) d
β- (78.3%)
177Hf
23/2-
IT (21.7%)
177Lu
177m4Lu
3900(10) keV
7(2) min6(+3-2) min
39/2-
178Lu
71
107
177.945955(3)
28.4(2) min
β-
178Hf
1(+)
178mLu
123.8(26) keV
23.1(3) min
β-
178Hf
9(-)
179Lu
71
108
178.947327(6)
4.59(6) h
β-
179Hf
7/2(+)
179mLu
592.4(4) keV
3.1(9) ms
IT
179Lu
1/2(+)
180Lu
71
109
179.94988(8)
5.7(1) min
β-
180Hf
5+
180m1Lu
13.9(3) keV
~1 s
IT
180Lu
3-
180m2Lu
624.0(5) keV
>=1 ms
(9-)
181Lu
71
110
180.95197(32)#
3.5(3) min
β-
181Hf
(7/2+)
182Lu
71
111
181.95504(21)#
2.0(2) min
β-
182Hf
(0,1,2)
183Lu
71
112
182.95757(32)#
58(4) s
β-
183Hf
(7/2+)
184Lu
71
113
183.96091(43)#
20(3) s
β-
184Hf
(3+)
185Lu
71
114
184.96354(32)#
20# s


7/2+#
186Lu
71
115
185.96745(43)#
6# s



187Lu
71
116
186.97019(43)#
7# s


7/2+#
188Lu
71
117
187.97443(43)#
1# s



189Lu
71
118




190Lu
71
119





**参考文献**
 Isotope masses from  Ame2003 Atomic Mass Evaluation by G. Audi, A.H. Wapstra, C. Thibault, J. Blachot and O. Bersillon in Nuclear Physics A729 (2003).- Isotopic compositions and standard atomic masses from  Atomic weights of the elements. Review 2000 (IUPAC Technical Report) date=20110324090740 . Pure Appl. Chem. Vol. 75, No. 6, pp. 683-800, (2003) and  Atomic Weights Revised (2005) date=20080305062433 .- Half-life, spin, and isomer data selected from these sources. Editing notes on this article's talk page.
** Audi, Bersillon, Blachot, Wapstra.  The Nubase2003 evaluation of nuclear and decay properties date=20110716114059 , Nuc. Phys. A 729, pp. 3-128 (2003).
** National Nuclear Data Center, Brookhaven National Laboratory. Information extracted from the  NuDat 2.1 database date=20190513230730  (retrieved Sept. 2005).
** David R. Lide (ed.), Norman E. Holden in CRC Handbook of Chemistry and Physics, 85th Edition, online version. CRC Press. Boca Raton, Florida (2005). Section 11, Table of the Isotopes.