ticoAg/ChineseCorpus-Kaggle-fanti huggingface dataset:
55(5)&nbsp;s
172.95324(3)
1.98(26)&nbsp;min
173.95312(3)
2.40(4)&nbsp;min
174.95138(3)
5.89(5)&nbsp;min
175.95162(3)
5.3(3)&nbsp;min
176.95033(3)
14(1)&nbsp;min
177mRe
84.71(10)&nbsp;keV
50(10)&nbsp;μs
177.95099(3)
13.2(2)&nbsp;min
178.949988(26)
19.5(1)&nbsp;min
179m1Re
65.39(9)&nbsp;keV
95(25)&nbsp;μs
179m2Re
1684.59(14)+Y&nbsp;keV
>0.4&nbsp;μs
179.950789(23)
2.44(6)&nbsp;min
180.950068(14)
19.9(7)&nbsp;h
181.95121(11)
64.0(5)&nbsp;h
182m1Re
60(100)&nbsp;keV
12.7(2)&nbsp;h
182m2Re
235.736(10)+X&nbsp;keV
585(21)&nbsp;ns
182m3Re
461.3(1)+X&nbsp;keV
0.78(9)&nbsp;μs
182.950820(9)
70.0(14)&nbsp;d
183mRe
1907.6(3)&nbsp;keV
1.04(4)&nbsp;ms
183.952521(5)
38.0(5)&nbsp;d
184mRe
188.01(4)&nbsp;keV
169(8)&nbsp;d
IT (75.4%)
(24.6%)
184.9529550(13)
0.3740(2)
185mRe
2124(2)&nbsp;keV
123(23)&nbsp;ns
(21/2)
185.9549861(13)
3.7186(5)&nbsp;d
''186Os''
186mRe
149(7)&nbsp;keV
2.0(5)×105&nbsp;y
IT (90%)
186.9557531(15)
41.2(2)×109&nbsp;y
0.6260(2)
187.9581144(15)
17.0040(22)&nbsp;h
188mRe
172.069(9)&nbsp;keV
18.59(4)&nbsp;min
188.959229(9)
24.3(4)&nbsp;h
189.96182(16)
3.1(3)&nbsp;min
190mRe
210(50)&nbsp;keV
3.2(2)&nbsp;h
(54.4%)
IT (45.6%)
190.963125(11)
9.8(5)&nbsp;min
(3/2+,1/2+)
191.96596(21)#
16(1)&nbsp;s
192.96747(21)#
193.97042(32)#
2# s >300&nbsp;ns
鋨（原子量：190.23(3)）的同位素，當中有4個是穩定的，以及3個天然放射性同位素、、，不過只有的半衰期為已知，另外兩個則只有下界。
0.64(6)&nbsp;ms
161.98443(54)#
1.87(18)&nbsp;ms
162.98269(43)#
5.5(6)&nbsp;ms
163.97804(22)
21(1)&nbsp;ms
164.97676(22)#
71(3)&nbsp;ms
165.972691(20)
216(9)&nbsp;ms
166.97155(8)
810(60)&nbsp;ms
167.967804(13)
2.06(6)&nbsp;s
168.967019(27)
3.40(9)&nbsp;s
169.963577(12)
7.46(23)&nbsp;s
(91.4%)
(8.6%)
170.963185(20)
8.3(2)&nbsp;s
171.960023(16)
19.2(5)&nbsp;s
(98.9%)
172.959808(16)
22.4(9)&nbsp;s
173.957062(12)
44(4)&nbsp;s
(.024%)
174.956946(15)
1.4(1)&nbsp;min
175.95481(3)
3.6(5)&nbsp;min
176.954965(17)
3.0(2)&nbsp;min
177.953251(18)
5.0(4)&nbsp;min
178.953816(19)
6.5(3)&nbsp;min
179.952379(22)
21.5(4)&nbsp;min
180.95324(3)
105(3)&nbsp;min
181m1Os
48.9(2)&nbsp;keV
2.7(1)&nbsp;min
181m2Os
156.5(7)&nbsp;keV
316(18)&nbsp;ns
181.952110(23)
22.10(25)&nbsp;h
182.95313(5)
13.0(5)&nbsp;h
183mOs
170.71(5)&nbsp;keV
9.9(3)&nbsp;h
183.9524891(14)
184.9540423(14)
93.6(5)&nbsp;d
185m1Os
102.3(7)&nbsp;keV
3.0(4)&nbsp;μs
185m2Os
275.7(8)&nbsp;keV
0.78(5)&nbsp;μs
(11/2+)
185.9538382(15)
2.0(11)×1015&nbsp;y
0.0159(3)
186.9557505(15)
0.0196(2)
187.9558382(15)
0.1324(8)
188.9581475(16)
0.1615(5)
189mOs
30.812(15)&nbsp;keV
5.81(6)&nbsp;h
189.9584470(16)
0.2626(2)
190mOs
1705.4(2)&nbsp;keV
9.9(1)&nbsp;min
190.9609297(16)
15.4(1)&nbsp;d
191mOs
74.382(3)&nbsp;keV
13.10(5)&nbsp;h
191.9614807(27)
0.4078(19)
192mOs
2015.40(11)&nbsp;keV
5.9(1)&nbsp;s
IT (87%)
192.9641516(27)
30.11(1)&nbsp;h
193.9651821(28)
6.0(2)&nbsp;y
194.96813(54)
6.5&nbsp;min
195.96964(4)
34.9(2)&nbsp;min
2.8(6)&nbsp;min
銥（原子量：192.217(3)）有兩個天然同位素以及34個放射性同位素。其中，最穩定的放射性同位素是，其半衰期有73.8天，以及其核同質異能素：，其半衰期長達241年，其餘同位素半衰期都在1年以下，大部分都少於一日。
163.99220(44)#
164mIr
270(110)#&nbsp;keV
94(27)&nbsp;μs
164.98752(23)#
165mIr
180(50)#&nbsp;keV
300(60)&nbsp;μs
165.98582(22)#
10.5(22)&nbsp;ms
166mIr
172(6)&nbsp;keV
15.1(9)&nbsp;ms
(1.8%)
166.981665(20)
35.2(20)&nbsp;ms
167mIr
175.3(22)&nbsp;keV
30.0(6)&nbsp;ms
167.97988(16)#
161(21)&nbsp;ms
168mIr
125(40)&nbsp;ms
168.976295(28)
780(360)&nbsp;ms0.64(+46?24)&nbsp;s
169mIr
154(24)&nbsp;keV
308(22)&nbsp;ms
169.97497(11)#
910(150)&nbsp;ms0.87(+18?12)&nbsp;s
170mIr
270(70)#&nbsp;keV
440(60)&nbsp;ms
170.97163(4)
3.6(10)&nbsp;s3.2(+13?7)&nbsp;s
171mIr
180(30)#&nbsp;keV
1.40(10)&nbsp;s
171.97046(11)#
4.4(3)&nbsp;s
172mIr
280(100)#&nbsp;keV
2.0(1)&nbsp;s
172.967502(15)
9.0(8)&nbsp;s
173mIr
253(27)&nbsp;keV
2.20(5)&nbsp;s
173.966861(30)
7.9(6)&nbsp;s
174mIr
193(11)&nbsp;keV
4.9(3)&nbsp;s
174.964113(21)
(.85%)
175.963649(22)
8.3(6)&nbsp;s
(97.9%)
(2.1%)
176.961302(21)
30(2)&nbsp;s
(.06%)
177.961082(21)
12(2)&nbsp;s
178.959122(12)
79(1)&nbsp;s
179.959229(23)
1.5(1)&nbsp;min
(4,5)(+#)
180.957625(28)
4.90(15)&nbsp;min
181.958076(23)
15(1)&nbsp;min
182.956846(27)
57(4)&nbsp;min
( 99.95%)
183.95748(3)
3.09(3)&nbsp;h
184m1Ir
225.65(11)&nbsp;keV
470(30)&nbsp;μs
184m2Ir
328.40(24)&nbsp;keV
350(90)&nbsp;ns
184.95670(3)
14.4(1)&nbsp;h
185.957946(18)
16.64(3)&nbsp;h
186mIr
0.8(4)&nbsp;keV
1.92(5)&nbsp;h
186.957363(7)
10.5(3)&nbsp;h
187m1Ir
186.15(4)&nbsp;keV
30.3(6)&nbsp;ms
187m2Ir
433.81(9)&nbsp;keV
152(12)&nbsp;ns
187.958853(8)
41.5(5)&nbsp;h
188mIr
970(30)&nbsp;keV
4.2(2)&nbsp;ms
188.958719(14)
13.2(1)&nbsp;d
189m1Ir
372.18(4)&nbsp;keV
13.3(3)&nbsp;ms
189m2Ir
2333.3(4)&nbsp;keV
3.7(2)&nbsp;ms
(25/2)+
189.9605460(18)
11.78(10)&nbsp;d
190m1Ir
26.1(1)&nbsp;keV
1.120(3)&nbsp;h
190m2Ir
36.154(25)&nbsp;keV
>2&nbsp;μs
190m3Ir
376.4(1)&nbsp;keV
3.087(12)&nbsp;h
190.9605940(18)
0.373(2)
191m1Ir
171.24(5)&nbsp;keV
4.94(3)&nbsp;s
191m2Ir
2120(40)&nbsp;keV
5.5(7)&nbsp;s
191.9626050(18)
73.827(13)&nbsp;d
(95.24%)
(4.76%)
192m1Ir
56.720(5)&nbsp;keV
1.45(5)&nbsp;min
192m2Ir
168.14(12)&nbsp;keV
241(9)&nbsp;y
192.9629264(18)
0.627(2)
193mIr
80.240(6)&nbsp;keV
10.53(4)&nbsp;d
193.9650784(18)
19.28(13)&nbsp;h
194m1Ir
147.078(5)&nbsp;keV
31.85(24)&nbsp;ms
194m2Ir
370(70)&nbsp;keV
171(11)&nbsp;d
(10,11)(?#)
194.9659796(18)
2.5(2)&nbsp;h
195mIr
100(5)&nbsp;keV
3.8(2)&nbsp;h
195.96840(4)
52(1)&nbsp;s
196mIr
210(40)&nbsp;keV
1.40(2)&nbsp;h
(10,11?)
196.969653(22)
5.8(5)&nbsp;min
197mIr
115(5)&nbsp;keV
8.9(3)&nbsp;min
IT (.25%)
197.97228(21)#
8(1)&nbsp;s
198.97380(4)
胡法光，CBE（，1924年2月14日－），祖籍中國江蘇省無錫市，菱電發展有限公司名譽主席，英國特許工程師。
30年代，胡法光面對戰亂，宣佈舉家移居上海。胡在創辦菱電集團前，先後在上海敎書，再去招商局工作，1949年遠赴英國工作，1952年來到香港發展，並迎娶楊世薔女士。1959年，胡法光和日本三菱電機共同發展香港市場，1969年成立菱電工程有限公司，80年代成立上海三菱電梯有限公司，1983年成立菱電發展有限公司（已私有化）開拓香港、中國房地產新領域。1991年成立香港自由民主聯會，簡稱自民聯，任主席。現在胡法光已把生意交給兩個兒子全權打理，他退下後，仍然過著健康愉快生活，打網球、高爾夫球等。在公職方面，也付出不少勞力。
*希慎興業有限公司（0014.HK）
*有線寬頻通訊有限公司（1097.HK）前董事
*港通控股有限公司（0032.HK）前董事
*非官守太平紳士（1977年）
*土地發展公司（現時市區重建局）主席
*香港房屋委員會成員及財務委員會主席
*香港少林武術文化中心榮譽會長
*胡法光運動中心：香港城市大學
* 胡法光 邂逅定終身留港創基業-摘自文匯報
胡法光家族，祖籍江蘇省無錫市，為香港電梯大王世家。他是菱電集團創辦人之一。
**** 胡法光 == 楊世薔
***** 胡曉明：香港城市大學校董會主席（2012年10月1日起至2014年年底）香港菱電發展有限公司主席，上海市政協常委
鉑（原子量：195.084(9)）的同位素，當中有3個是穩定的，以及3個天然放射性同位素、、，不過只有的半衰期為已知，另外兩個則只有下界。
165.99486(54)#
300(100)&nbsp;μs
166.99298(44)#
700(200)&nbsp;μs
167.98815(22)
2.00(18)&nbsp;ms
168.98672(22)#
3.7(15)&nbsp;ms
169.982495(20)
14.0(2)&nbsp;ms
170.98124(9)
51(2)&nbsp;ms
171.977347(14)
98.4(24)&nbsp;ms
172.97644(6)
365(7)&nbsp;ms
173.972819(13)
0.889(17)&nbsp;s
174.972421(20)
2.53(6)&nbsp;s
175.968945(15)
6.33(15)&nbsp;s
176.968469(16)
10.6(4)&nbsp;s
177mPt
147.4(4)&nbsp;keV
2.2(3)&nbsp;μs
177.965649(12)
21.1(6)&nbsp;s
(92.3%)
(7.7%)
178.965363(10)
21.2(4)&nbsp;s
(99.76%)
(0.24%)
179.963031(12)
56(2)&nbsp;s
(0.3%)
180.963097(16)
52.0(22)&nbsp;s
(0.074%)
181.961171(17)
2.2(1)&nbsp;min
(.038%)
182.961597(17)
6.5(10)&nbsp;min
183m1Pt
34.50(8)&nbsp;keV
43(5)&nbsp;s
(4×10?4%)
183m2Pt
195.68(11)&nbsp;keV
183.959922(19)
17.3(2)&nbsp;min
(.00169%)
184mPt
1839.4(16)&nbsp;keV
1.01(5)&nbsp;ms
184.96062(4)
70.9(24)&nbsp;min
185mPt
103.4(2)&nbsp;keV
33.0(8)&nbsp;min
185.959351(23)
2.08(5)&nbsp;h
(1.4×10?4%)
186.96059(3)
2.35(3)&nbsp;h
187.959395(6)
10.2(3)&nbsp;d
(2.6×10?5%)
188.960834(12)
10.87(12)&nbsp;h
189m1Pt
172.80(6)&nbsp;keV
464(25)&nbsp;ns
189m2Pt
191.6(4)&nbsp;keV
143(5)&nbsp;μs
189.959932(6)
6.5(3)×1011&nbsp;y
1.4(1)×10?4
190.961677(5)
2.862(7)&nbsp;d
191m1Pt
100.67(2)&nbsp;keV
>1&nbsp;μs
191m2Pt
149.04(2)&nbsp;keV
95(5)&nbsp;μs
(13/2)+
191.9610380(27)
0.00782(7)
192.9629874(18)
50(6)&nbsp;y
193mPt
149.78(4)&nbsp;keV
4.33(3)&nbsp;d
193.9626803(9)
0.32967(99)
194.9647911(9)
0.33832(10)
195mPt
259.30(8)&nbsp;keV
4.010(5)&nbsp;d
195.9649515(9)
0.25242(41)
196.9673402(9)
19.8915(19)&nbsp;h
197mPt
399.59(20)&nbsp;keV
95.41(18)&nbsp;min
197.967893(3)
0.07163(55)
198.970593(3)
30.80(21)&nbsp;min
199mPt
424(2)&nbsp;keV
13.6(4)&nbsp;s
199.971441(22)
12.5(3)&nbsp;h
200.97451(5)
2.5(1)&nbsp;min
201.97574(32)#
44(15)&nbsp;h
金（原子量：196.966569(4)）的同位素，只有一個是穩定的。
168.99808(32)#
150#&nbsp;μs
169.99612(22)#
310(50)&nbsp;μs286(+50?40)&nbsp;μs
170mAu
275(14)&nbsp;keV
630(60)&nbsp;μs0.62(+6?5)&nbsp;ms
170.991879(28)
30(5)&nbsp;μs
171mAu
250(16)&nbsp;keV
1.014(19)&nbsp;ms
171.99004(17)#
4.7(11)&nbsp;ms
172.986237(28)
25(1)&nbsp;ms
173mAu
214(23)&nbsp;keV
14.0(9)&nbsp;ms
173.98476(11)#
139(3)&nbsp;ms
174mAu
360(70)#&nbsp;keV
171(29)&nbsp;ms
174.98127(5)
100#&nbsp;ms
175mAu
200(30)#&nbsp;keV
156(3)&nbsp;ms
175.98010(11)#
1.08(17)&nbsp;s0.84(+17?14)&nbsp;s
176mAu
860(160)&nbsp;ms
176.976865(14)
1.462(32)&nbsp;s
177mAu
216(26)&nbsp;keV
1.180(12)&nbsp;s
177.97603(6)
2.6(5)&nbsp;s
178.973213(18)
7.1(3)&nbsp;s
179mAu
99(16)&nbsp;keV
179.972521(23)
8.1(3)&nbsp;s
180.970079(21)
13.7(14)&nbsp;s
181.969618(22)
15.5(4)&nbsp;s
(99.87%)
(.13%)
182.967593(11)
42.8(10)&nbsp;s
(99.2%)
183m1Au
73.3(4)&nbsp;keV
183m2Au
230.6(6)&nbsp;keV
183.967452(24)
20.6(9)&nbsp;s
184mAu
68.46(1)&nbsp;keV
47.6(14)&nbsp;s
IT (30%)
184.965789(28)
4.25(6)&nbsp;min
(.26%)
185mAu
100(100)#&nbsp;keV
6.8(3)&nbsp;min
185.965953(23)
10.7(5)&nbsp;min
(99.9992%)
(8×10?4%)
186mAu
227.77(7)&nbsp;keV
110(10)&nbsp;ns
186.964568(27)
8.4(3)&nbsp;min
(99.997%)
(.003%)
187mAu
120.51(16)&nbsp;keV
2.3(1)&nbsp;s
187.965324(22)
188.963948(22)
28.7(3)&nbsp;min
(99.9997%)
189m1Au
247.23(16)&nbsp;keV
4.59(11)&nbsp;min
189m2Au
325.11(16)&nbsp;keV
190(15)&nbsp;ns
189m3Au
2554.7(12)&nbsp;keV
242(10)&nbsp;ns
189.964700(17)
42.8(10)&nbsp;min
''190Pt''
190mAu
200(150)#&nbsp;keV
125(20)&nbsp;ms
190.96370(4)
3.18(8)&nbsp;h
191m1Au
266.2(5)&nbsp;keV
920(110)&nbsp;ms
191m2Au
2490(1)&nbsp;keV
191.964813(17)
4.94(9)&nbsp;h
192m1Au
135.41(25)&nbsp;keV
29&nbsp;ms
192m2Au
431.6(5)&nbsp;keV
160(20)&nbsp;ms
192.964150(11)
17.65(15)&nbsp;h
(10?5%)
193m1Au
290.19(3)&nbsp;keV
3.9(3)&nbsp;s
193m2Au
2486.5(6)&nbsp;keV
150(50)&nbsp;ns
193.965365(11)
38.02(10)&nbsp;h
194m1Au
107.4(5)&nbsp;keV
600(8)&nbsp;ms
194m2Au
475.8(6)&nbsp;keV
420(10)&nbsp;ms
194.9650346(14)
186.098(47)&nbsp;d
195mAu
318.58(4)&nbsp;keV
30.5(2)&nbsp;s
195.966570(3)
6.1669(6)&nbsp;d
(93.05%)
(6.95%)
196m1Au
84.660(20)&nbsp;keV
8.1(2)&nbsp;s
196m2Au
595.66(4)&nbsp;keV
9.6(1)&nbsp;h
196.9665687(6)
197mAu
409.15(8)&nbsp;keV
7.73(6)&nbsp;s
197.9682423(6)
2.69517(21)&nbsp;d
198m1Au
312.2200(20)&nbsp;keV
124(4)&nbsp;ns
198m2Au
811.7(15)&nbsp;keV
2.27(2)&nbsp;d
198.9687652(6)
3.139(7)&nbsp;d
199mAu
548.9368(21)&nbsp;keV
440(30)&nbsp;μs
(11/2)?
199.97073(5)
48.4(3)&nbsp;min
200mAu
970(70)&nbsp;keV
18.7(5)&nbsp;h
IT (18%)
200.971657(3)
26(1)&nbsp;min
201.97381(18)
28.8(19)&nbsp;s
202.975155(3)
53(2)&nbsp;s
203.97772(22)#
39.8(9)&nbsp;s
204.97987(32)#
31(2)&nbsp;s
汞（原子質量單位：200.59(2)）的同位素，其中有6個是穩定的，而為天然放射性同位素，但半衰期只有下界，因此通常和其他6個一起歸類為穩定同位素。其中核磁共振較常用到和。
171.00376(32)#
80(30)&nbsp;μs59(+36?16)&nbsp;μs
171.99883(22)
420(240)&nbsp;μs0.25(+35?9)&nbsp;ms
172.99724(22)#
1.1(4)&nbsp;ms0.6(+5?2)&nbsp;ms
173.992864(21)
2.0(4)&nbsp;ms2.1(+18?7)&nbsp;ms
174.99142(11)
10.8(4)&nbsp;ms
175.987355(15)
20.4(15)&nbsp;ms
176.98628(8)
127.3(18)&nbsp;ms
177.982483(14)
0.269(3)&nbsp;s
178.981834(29)
1.09(4)&nbsp;s
179.978266(15)
2.58(1)&nbsp;s
100Ru, 80Kr
180.977819(17)
3.6(1)&nbsp;s
,  (9×10?6%)
181mHg
210(40)#&nbsp;keV
181.97469(1)
10.83(6)&nbsp;s
(84.8%)
(15.2%)
,  (10?5%)
182.974450(9)
9.4(7)&nbsp;s
(74.5%)
(25.5%)
,  (5.6×10?4%)
183m1Hg
198(14)&nbsp;keV
13/2+#
183m2Hg
240(40)#&nbsp;keV
183.971713(11)
30.6(3)&nbsp;s
(98.89%)
(1.11%)
184.971899(17)
49.1(10)&nbsp;s
185mHg
99.3(5)&nbsp;keV
21.6(15)&nbsp;s
IT (54%)
185.969362(12)
1.38(6)&nbsp;min
(.016%)
186mHg
2217.3(4)&nbsp;keV
82(5)&nbsp;μs
186.969814(15)
1.9(3)&nbsp;min
(1.2×10?4%)
187mHg
59(16)&nbsp;keV
2.4(3)&nbsp;min
(2.5×10?4%)
187.967577(12)
3.25(15)&nbsp;min
(3.7×10?5%)
188mHg
2724.3(4)&nbsp;keV
134(15)&nbsp;ns
188.96819(4)
7.6(1)&nbsp;min
(3×10?5%)
189mHg
80(30)&nbsp;keV
8.6(1)&nbsp;min
189.966322(17)
20.0(5)&nbsp;min
(5×10?5%)
190.967157(24)
49(10)&nbsp;min
191mHg
128(22)&nbsp;keV
50.8(15)&nbsp;min
191.965634(17)
4.85(20)&nbsp;h
(4×10?6%)
192.966665(17)
3.80(15)&nbsp;h
193mHg
140.76(5)&nbsp;keV
11.8(2)&nbsp;h
(92.9%)
IT (7.1%)
193.965439(13)
444(77)&nbsp;y
194.966720(25)
10.53(3)&nbsp;h
195mHg
176.07(4)&nbsp;keV
41.6(8)&nbsp;h
IT (54.2%)
(45.8%)
195.965833(3)
0.0015(1)
196.967213(3)
64.14(5)&nbsp;h
197mHg
298.93(8)&nbsp;keV
23.8(1)&nbsp;h
IT (91.4%)
197.9667690(4)
0.0997(20)
198.9682799(4)
0.1687(22)
199mHg
532.48(10)&nbsp;keV
42.66(8)&nbsp;min
199.9683260(4)
0.2310(19)
200.9703023(6)
0.1318(9)
201mHg
766.22(15)&nbsp;keV
94(3)&nbsp;μs
201.9706430(6)
0.2986(26)
202.9728725(18)
46.595(6)&nbsp;d
203mHg
933.14(23)&nbsp;keV
24(4)&nbsp;μs
203.9734939(4)
0.0687(15)
204.976073(4)
5.14(9)&nbsp;min
205mHg
1556.40(17)&nbsp;keV
1.09(4)&nbsp;ms
205.977514(22)
8.15(10)&nbsp;min
206.98259(16)
2.9(2)&nbsp;min
207.98594(32)#
42(5)&nbsp;min41(+5?4)&nbsp;min
208.99104(21)#
37(8)&nbsp;s
209.99451(32)#
10#&nbsp;min>300&nbsp;ns
鉈（原子量：204.3833(2)）的同位素，其中有2個是穩定的。
176.00059(21)#
5.2(+30?14)&nbsp;ms
(3–,4–,5–)
176.996427(27)
18(5)&nbsp;ms
177mTl
807(18)&nbsp;keV
230(40)&nbsp;μs
177.99490(12)#
255(10)&nbsp;ms
178.99109(5)
270(30)&nbsp;ms
179mTl
860(30)#&nbsp;keV
1.60(16)&nbsp;ms
179.98991(13)#
1.5(2)&nbsp;s
180.986257(10)
3.2(3)&nbsp;s
181mTl
857(29)&nbsp;keV
1.7(4)&nbsp;ms
181.98567(8)
2.0(3)&nbsp;s
182m1Tl
2.9(5)&nbsp;s
182m2Tl
600(140)#&nbsp;keV
182.982193(10)
6.9(7)&nbsp;s
183m1Tl
630(17)&nbsp;keV
53.3(3)&nbsp;ms
183m2Tl
976.8(3)&nbsp;keV
1.48(10)&nbsp;μs
183.98187(5)
9.7(6)&nbsp;s
184m1Tl
184m2Tl
500(140)#&nbsp;keV
>20&nbsp;ns
184.97879(6)
19.5(5)&nbsp;s
185mTl
452.8(20)&nbsp;keV
1.93(8)&nbsp;s
185.97833(20)
(.006%)
186m1Tl
320(180)&nbsp;keV
27.5(10)&nbsp;s
186m2Tl
690(180)&nbsp;keV
2.9(2)&nbsp;s
186.975906(9)
187mTl
335(3)&nbsp;keV
15.60(12)&nbsp;s
187.97601(4)
71(2)&nbsp;s
188m1Tl
40(30)&nbsp;keV
71(1)&nbsp;s
188m2Tl
310(30)&nbsp;keV
188.973588(12)
2.3(2)&nbsp;min
189mTl
257.6(13)&nbsp;keV
189.97388(5)
2.6(3)&nbsp;min
190m1Tl
130(90)#&nbsp;keV
3.7(3)&nbsp;min
190m2Tl
290(70)#&nbsp;keV
750(40)&nbsp;μs
190m3Tl
410(70)#&nbsp;keV
190.971786(8)
20#&nbsp;min
191mTl
297(7)&nbsp;keV
5.22(16)&nbsp;min
9/2(?)
191.97223(3)
9.6(4)&nbsp;min
192m1Tl
160(50)&nbsp;keV
10.8(2)&nbsp;min
192m2Tl
407(54)&nbsp;keV
296(5)&nbsp;ns
192.97067(12)
21.6(8)&nbsp;min
193mTl
369(4)&nbsp;keV
2.11(15)&nbsp;min
193.97120(15)
33.0(5)&nbsp;min
(10?7%)
194mTl
300(200)#&nbsp;keV
32.8(2)&nbsp;min
194.969774(15)
1.16(5)&nbsp;h
195mTl
482.63(17)&nbsp;keV
3.6(4)&nbsp;s
195.970481(13)
1.84(3)&nbsp;h
196mTl
394.2(5)&nbsp;keV
1.41(2)&nbsp;h
IT (4.5%)
196.969575(18)
2.84(4)&nbsp;h
197mTl
608.22(8)&nbsp;keV
540(10)&nbsp;ms
197.97048(9)
5.3(5)&nbsp;h
198m1Tl
543.5(4)&nbsp;keV
1.87(3)&nbsp;h
IT (46%)
198m2Tl
687.2(5)&nbsp;keV
150(40)&nbsp;ns
198m3Tl
742.3(4)&nbsp;keV
32.1(10)&nbsp;ms
(10?)#
198.96988(3)
7.42(8)&nbsp;h
199mTl
749.7(3)&nbsp;keV
28.4(2)&nbsp;ms
199.970963(6)
26.1(1)&nbsp;h
200m1Tl
753.6(2)&nbsp;keV
34.3(10)&nbsp;ms
200m2Tl
762.0(2)&nbsp;keV
0.33(5)&nbsp;μs
200.970819(16)
72.912(17)&nbsp;h
201mTl
919.50(9)&nbsp;keV
2.035(7)&nbsp;ms
201.972106(16)
12.23(2)&nbsp;d
202mTl
950.19(10)&nbsp;keV
572(7)&nbsp;μs
202.9723442(14)
0.2952(1)
0.29494–0.29528
203mTl
3400(300)&nbsp;keV
7.7(5)&nbsp;μs
203.9738635(13)
3.78(2)&nbsp;y
(2.9%)
204m1Tl
1104.0(4)&nbsp;keV
63(2)&nbsp;μs
204m2Tl
2500(500)&nbsp;keV
2.6(2)&nbsp;μs
204m3Tl
3500(500)&nbsp;keV
1.6(2)&nbsp;μs
204.9744275(14)
0.7048(1)
0.70472–0.70506
205m1Tl
3290.63(17)&nbsp;keV
205m2Tl
4835.6(15)&nbsp;keV
235(10)&nbsp;ns
(35/2–)
Radium E''
205.9761103(15)
4.200(17)&nbsp;min
206mTl
2643.11(19)&nbsp;keV
3.74(3)&nbsp;min
Actinium C''
206.977419(6)
4.77(2)&nbsp;min
207mTl
1348.1(3)&nbsp;keV
1.33(11)&nbsp;s
IT (99.9%)
Thorium C''
207.9820187(21)
3.053(4)&nbsp;min
208.985359(8)
2.161(7)&nbsp;min
Radium C″
209.990074(12)
1.30(3)&nbsp;min
(99.991%)
,  (.009%)
210.99348(22)#
1#&nbsp;min>300&nbsp;ns
211.99823(32)#
30# s>300&nbsp;ns
鉛（原子量：207.2(1)）的同位素，其中有2個是穩定的，以及2個天然放射性同位素、，但半衰期都只有下界，因此通常和另外2個一起歸類為穩定同位素，在所有的穩定同位素中，質量數最大。
178.003830(26)
0.23(15)&nbsp;ms
179.00215(21)#
179.997918(22)
4.5(11)&nbsp;ms
180.99662(10)
45(20)&nbsp;ms
181.992672(15)
60(40)&nbsp;ms55(+40?35)&nbsp;ms
182.99187(3)
535(30)&nbsp;ms
183mPb
94(8)&nbsp;keV
415(20)&nbsp;ms
183.988142(15)
490(25)&nbsp;ms
184.987610(17)
6.3(4)&nbsp;s
185mPb
60(40)#&nbsp;keV
4.07(15)&nbsp;s
185.984239(12)
4.82(3)&nbsp;s
186.983918(9)
15.2(3)&nbsp;s
187mPb
11(11)&nbsp;keV
18.3(3)&nbsp;s
187.980874(11)
25.5(1)&nbsp;s
(91.5%)
(8.5%)
188m1Pb
2578.2(7)&nbsp;keV
830(210)&nbsp;ns
188m2Pb
2800(50)&nbsp;keV
797(21)&nbsp;ns
188.98081(4)
51(3)&nbsp;s
189mPb
40(30)#&nbsp;keV
1#&nbsp;min
189.978082(13)
190m1Pb
2614.8(8)&nbsp;keV
150&nbsp;ns
190m2Pb
2618(20)&nbsp;keV
25&nbsp;μs
190m3Pb
2658.2(8)&nbsp;keV
7.2(6)&nbsp;μs
190.97827(4)
1.33(8)&nbsp;min
(99.987%)
191mPb
20(50)&nbsp;keV
2.18(8)&nbsp;min
13/2(+)
191.975785(14)
3.5(1)&nbsp;min
(.0061%)
192m1Pb
2581.1(1)&nbsp;keV
164(7)&nbsp;ns
192m2Pb
2625.1(11)&nbsp;keV
1.1(5)&nbsp;μs
192m3Pb
2743.5(4)&nbsp;keV
756(21)&nbsp;ns
192.97617(5)
5#&nbsp;min
193m1Pb
130(80)#&nbsp;keV
5.8(2)&nbsp;min
193m2Pb
2612.5(5)+X&nbsp;keV
135(+25?15)&nbsp;ns
(33/2+)
193.974012(19)
12.0(5)&nbsp;min
(7.3×10?6%)
194.974542(25)
~15&nbsp;min
195m1Pb
202.9(7)&nbsp;keV
15.0(12)&nbsp;min
195m2Pb
1759.0(7)&nbsp;keV
10.0(7)&nbsp;μs
195.972774(15)
37(3)&nbsp;min
196m1Pb
1049.20(9)&nbsp;keV
196m2Pb
1738.27(12)&nbsp;keV
196m3Pb
1797.51(14)&nbsp;keV
140(14)&nbsp;ns
196m4Pb
2693.5(5)&nbsp;keV
270(4)&nbsp;ns
196.973431(6)
8.1(17)&nbsp;min
197m1Pb
319.31(11)&nbsp;keV
42.9(9)&nbsp;min
IT (19%)
197m2Pb
1914.10(25)&nbsp;keV
1.15(20)&nbsp;μs
197.972034(16)
2.4(1)&nbsp;h
198m1Pb
2141.4(4)&nbsp;keV
4.19(10)&nbsp;μs
198m2Pb
2231.4(5)&nbsp;keV
137(10)&nbsp;ns
198m3Pb
2820.5(7)&nbsp;keV
212(4)&nbsp;ns
198.972917(28)
90(10)&nbsp;min
199m1Pb
429.5(27)&nbsp;keV
12.2(3)&nbsp;min
199m2Pb
2563.8(27)&nbsp;keV
10.1(2)&nbsp;μs
(29/2?)
199.971827(12)
21.5(4)&nbsp;h
200.972885(24)
9.33(3)&nbsp;h
201m1Pb
629.14(17)&nbsp;keV
61(2)&nbsp;s
201m2Pb
2718.5+X&nbsp;keV
508(5)&nbsp;ns
201.972159(9)
52.5(28)×103&nbsp;y
202m1Pb
2169.83(7)&nbsp;keV
3.53(1)&nbsp;h
IT (90.5%)
202m2Pb
4142.9(11)&nbsp;keV
110(5)&nbsp;ns
202m3Pb
5345.9(13)&nbsp;keV
107(5)&nbsp;ns
202.973391(7)
51.873(9)&nbsp;h
203m1Pb
825.20(9)&nbsp;keV
6.21(8)&nbsp;s
203m2Pb
2949.47(22)&nbsp;keV
480(7)&nbsp;ms
203m3Pb
2923.4+X&nbsp;keV
122(4)&nbsp;ns
203.9730436(13)
0.014(1)
0.0104–0.0165
204m1Pb
1274.00(4)&nbsp;keV
265(10)&nbsp;ns
204m2Pb
2185.79(5)&nbsp;keV
67.2(3)&nbsp;min
204m3Pb
2264.33(4)&nbsp;keV
0.45(+10?3)&nbsp;μs
204.9744818(13)
15.3(7)×106&nbsp;y
205m1Pb
2.329(7)&nbsp;keV
24.2(4)&nbsp;μs
205m2Pb
1013.839(13)&nbsp;keV
5.55(2)&nbsp;ms
205m3Pb
3195.7(5)&nbsp;keV
217(5)&nbsp;ns
Radium G
205.9744653(13)
0.241(1)
0.2084–0.2748
206m1Pb
2200.14(4)&nbsp;keV
125(2)&nbsp;μs
206m2Pb
4027.3(7)&nbsp;keV
202(3)&nbsp;ns
Actinium D
206.9758969(13)
0.221(1)
0.1762–0.2365
207mPb
1633.368(5)&nbsp;keV
806(6)&nbsp;ms
Thorium D
207.9766521(13)
0.524(1)
0.5128–0.5621
208mPb
4895(2)&nbsp;keV
500(10)&nbsp;ns
208.9810901(19)
3.253(14)&nbsp;h
''209Bi''
Radium DRadioleadRadio-lead
209.9841885(16)
22.20(22)&nbsp;y
(1.9×10?6%)
210mPb
1278(5)&nbsp;keV
201(17)&nbsp;ns
Actinium B
210.9887370(29)
36.1(2)&nbsp;min
Thorium B
211.9918975(24)
10.64(1)&nbsp;h
212mPb
1335(10)&nbsp;keV
5(1)&nbsp;μs
212.996581(8)
10.2(3)&nbsp;min
Radium B
213.9998054(26)
26.8(9)&nbsp;min
215.00481(44)#
36(1)&nbsp;s
黑身管鼻鯙（學名：'），又名管鼻鯙、大口管鼻鯙、大口管鼻鱔，俗稱五彩鰻，為鯙亞目鯙科下的一屬（管鼻鯙屬），本屬已知的種類僅此一種。目前已知生活（水深）最深的紀錄約 67 公尺，為高價值觀賞魚類，但常常被抓獲後就很少進食。
本魚分布於印度洋與太平洋區，包括東非、留尼旺、模里西斯、馬爾地夫、塞席爾群島、聖誕島、臺灣、日本、越南、菲律賓、印尼、澳洲、庫克群島、關島、馬里亞納群島、帛琉、新幾內亞、法屬波里尼西亞、新喀里多尼亞、東加、薩摩亞群島等海域。
幼魚，曾經與成魚被視為不同種
體長約 0.9 至 1 公尺，最長可達 1.3 公尺。身體細長，背部呈黃色且稍帶點白色（以上為成魚與幼魚的共同特徵），幼魚期前鼻管為發育僅呈管狀，成魚時管端後管壁發育成膜瓣狀，且上下頷端之鬚狀突延長並分枝。幼魚及亞成魚全體、虹彩與臀鰭呈黑色，下頜有一條黃白色條紋；雄性體側呈鮮明的藍色，吻部、虹彩及大部分的下頜則呈黃色，臀鰭黑色；雌魚全身呈黃色，臀鰭黑色；雌雄同體者體色呈黃藍色（見下）。
黑身管鼻鯙是雄性先熟（Protandry）的生物，幼魚常會先成為雄性，經過雌雄同體階段後，再慢慢轉變為雌性。與異康吉鰻（園鰻，Heterocongrinae）類似，黑身管鼻鯙平時多藏在礁區周圍的沙泥洞中，只將頭露出在外面；經常數隻聚集在一起。性格敏感，不吃死餌，只吃活小魚，嗅覺敏銳但視力不佳，體表黏液有一股奇特的惡臭。
鉍（原子量：208.98040(1)）的同位素，沒有一個是穩定的，但是有一個天然放射性同位素，其半衰期長達1.9x1019年。
184.00112(14)#
6.6(15)&nbsp;ms
184mBi
13(2)&nbsp;ms
184.99763(6)#
2#&nbsp;ms
185mBi
70(50)#&nbsp;keV
49(7)&nbsp;μs
185.99660(8)
14.8(7)&nbsp;ms
186mBi
270(140)#&nbsp;keV
9.8(4)&nbsp;ms
186.993158(16)
32(3)&nbsp;ms
187m1Bi
101(20)&nbsp;keV
320(70)&nbsp;μs
187m2Bi
252(1)&nbsp;keV
187.99227(5)
44(3)&nbsp;ms
188mBi
210(140)#&nbsp;keV
220(40)&nbsp;ms
188.98920(6)
674(11)&nbsp;ms
189m1Bi
181(6)&nbsp;keV
5.0(1)&nbsp;ms
189m2Bi
357(1)&nbsp;keV
880(50)&nbsp;ns
189.9883(2)
6.3(1)&nbsp;s
190m1Bi
420(180)&nbsp;keV
6.2(1)&nbsp;s
190m2Bi
>500(100)&nbsp;ns
190.985786(8)
12.3(3)&nbsp;s
191mBi
240(4)&nbsp;keV
124(5)&nbsp;ms
191.98546(4)
34.6(9)&nbsp;s
192mBi
150(30)&nbsp;keV
39.6(4)&nbsp;s
(90.8%)
(9.2%)
192.98296(1)
67(3)&nbsp;s
193mBi
308(7)&nbsp;keV
3.2(6)&nbsp;s
193.98283(5)
95(3)&nbsp;s
(99.54%)
(.46%)
194m1Bi
110(70)&nbsp;keV
125(2)&nbsp;s
(6+,7+)
194m2Bi
230(90)#&nbsp;keV
115(4)&nbsp;s
194.980651(6)
183(4)&nbsp;s
195m1Bi
399(6)&nbsp;keV
87(1)&nbsp;s
195m2Bi
2311.4+X&nbsp;keV
750(50)&nbsp;ns
195.980667(26)
5.1(2)&nbsp;min
(.00115%)
196m1Bi
166.6(30)&nbsp;keV
0.6(5)&nbsp;s
196m2Bi
4.00(5)&nbsp;min
196.978864(9)
9.33(50)&nbsp;min
197m1Bi
690(110)&nbsp;keV
5.04(16)&nbsp;min
197m2Bi
2129.3(4)&nbsp;keV
204(18)&nbsp;ns
197m3Bi
2360.4(5)+X&nbsp;keV
263(13)&nbsp;ns
197m4Bi
2383.1(7)+X&nbsp;keV
253(39)&nbsp;ns
197m5Bi
2929.5(5)&nbsp;keV
209(30)&nbsp;ns
(31/2?)
197.97921(3)
10.3(3)&nbsp;min
198m1Bi
280(40)&nbsp;keV
198m2Bi
530(40)&nbsp;keV
7.7(5)&nbsp;s
198.977672(13)
27(1)&nbsp;min
199m1Bi
667(4)&nbsp;keV
24.70(15)&nbsp;min
199m2Bi
1947(25)&nbsp;keV
0.10(3)&nbsp;μs
199m3Bi
~2547.0&nbsp;keV
168(13)&nbsp;ns
199.978132(26)
36.4(5)&nbsp;min
200m1Bi
100(70)#&nbsp;keV
31(2)&nbsp;min
200m2Bi
428.20(10)&nbsp;keV
200.977009(16)
108(3)&nbsp;min
201m1Bi
846.34(21)&nbsp;keV
59.1(6)&nbsp;min
IT (6.8%)
201m2Bi
1932.2+X&nbsp;keV
118(28)&nbsp;ns
201m3Bi
1971.2+X&nbsp;keV
105(75)&nbsp;ns
(27/2+)
201m4Bi
2739.90(20)+X&nbsp;keV
201.977742(22)
1.72(5)&nbsp;h
202m1Bi
615(7)&nbsp;keV
3.04(6)&nbsp;μs
(10#)?
202m2Bi
2607.1(5)&nbsp;keV
310(50)&nbsp;ns
202.976876(23)
11.76(5)&nbsp;h
203m1Bi
1098.14(7)&nbsp;keV
303(5)&nbsp;ms
203m2Bi
2041.5(6)&nbsp;keV
194(30)&nbsp;ns
203.977813(28)
11.22(10)&nbsp;h
204m1Bi
805.5(3)&nbsp;keV
13.0(1)&nbsp;ms
204m2Bi
2833.4(11)&nbsp;keV
1.07(3)&nbsp;ms
204.977389(8)
15.31(4)&nbsp;d
205.978499(8)
6.243(3)&nbsp;d
206m1Bi
59.897(17)&nbsp;keV
7.7(2)&nbsp;μs
206m2Bi
1044.8(5)&nbsp;keV
890(10)&nbsp;μs
206.9784707(26)
32.9(14)&nbsp;y
207mBi
2101.49(16)&nbsp;keV
182(6)&nbsp;μs
207.9797422(25)
3.68(4)×105&nbsp;y
208mBi
1571.1(4)&nbsp;keV
2.58(4)&nbsp;ms
208.9803987(16)
1.9(2)×1019&nbsp;y
Radium E
209.9841204(16)
5.012(5)&nbsp;d
(1.32×10?4%)
210mBi
271.31(11)&nbsp;keV
3.04(6)×106&nbsp;y
Actinium C
210.987269(6)
2.14(2)&nbsp;min
(.276%)
211mBi
1257(10)&nbsp;keV
1.4(3)&nbsp;μs
Thorium C
211.9912857(21)
60.55(6)&nbsp;min
(64.05%)
(35.94%)
212m1Bi
250(30)&nbsp;keV
25.0(2)&nbsp;min
212mPo
,  (.3%)
212m2Bi
2200(200)#&nbsp;keV
7.0(3)&nbsp;min
212.994385(5)
45.59(6)&nbsp;min
(97.91%)
(2.09%)
Radium C
213.998712(12)
19.9(4)&nbsp;min
(.021%)
215.001770(16)
215mBi
1347.5(25)&nbsp;keV
36.4(25)&nbsp;min
216.006306(12)
2.17(5)&nbsp;min
217.00947(21)#
98.5(8)&nbsp;s
218.01432(39)#
33(1)&nbsp;s
縣市管河川又稱縣 (市) 管河川，指中華民國經濟部水利署依據《河川管理辦法》所公告之各縣市政府管轄之水系。臺灣共有92條水系屬於縣市管河川：
三方向山南峰
雙溪區長源里中坑
貢寮區美豐里南草山
萬里區溪底里大尖山
萬里區雙興里礦嘴山
石門區茂林里小坑頭
石門區乾華里竹子山北峰
石門區尖鹿里十塊厝仔
三芝區圓山-{里}-鷹子鼻
三芝區橫山-{里}-坑仔內
三芝區橫山-{里}-內橫山
三芝區埔坪里埔頭坑
三芝區圓山-{里}-竹子山
三芝區店子里、圓山-{里}-小觀音山
淡水區蕃薯里三角埔
三芝區興華里北新莊
林口區林口-{里}-林口
林口區中湖-{里}-中湖
林口區南勢里力行莊
淡水區水源里大屯山
龜山區樂善里牛角坡
龍潭區三林里三角林
楊梅區永寧里老坑山
觀音區新坡里舊埤
楊梅區高榮里東高山頂
新屋區清華里
新屋區九斗里上青埔
楊梅區東流里老窩山
新竹縣、桃園市
三義鄉雙潭村關刀山
通霄鎮福興里大坑
苑裡鎮蕉埔里蕉埔
通霄鎮、苑裡鎮
苑裡鎮石鎮里火炎山
外埔區六分里月眉山
麥寮鄉、臺西鄉
林邊鄉、佳冬鄉
觀音山南西峰
卑南鄉、太麻里鄉
壽豐山海岸山脈
釙有25個已知的同位素，都具有放射性，目前已觀測到的釙同位素質量數在186到227之間，其中有七個屬於痕量存在的天然放射性核素，當中以最為穩定。至於比更加穩定的和只能在回旋加速器中人工轟擊而成。
187.999422(21)
430(180)&nbsp;μs0.40(+20?15)&nbsp;ms
188.998481(24)
5(1)&nbsp;ms
189.995101(14)
2.46(5)&nbsp;ms
190.994574(12)
22(1)&nbsp;ms
191mPo
130(21)&nbsp;keV
191.991335(13)
32.2(3)&nbsp;ms
192mPo
2600(500)#&nbsp;keV
~1&nbsp;μs
192.99103(4)
420(40)&nbsp;ms370(+46?40)&nbsp;ms
193mPo
100(30)#&nbsp;keV
240(10)&nbsp;ms243(+11?10)&nbsp;ms
193.988186(13)
0.392(4)&nbsp;s
194mPo
2525(2)&nbsp;keV
15(2)&nbsp;μs
194.98811(4)
4.64(9)&nbsp;s
195mPo
110(50)&nbsp;keV
1.92(2)&nbsp;s
IT (.01%)
195.985535(14)
5.56(12)&nbsp;s
196mPo
2490.5(17)&nbsp;keV
850(90)&nbsp;ns
196.98566(5)
53.6(10)&nbsp;s
197mPo
230(80)#&nbsp;keV
25.8(1)&nbsp;s
197.983389(19)
1.77(3)&nbsp;min
198m1Po
2565.92(20)&nbsp;keV
198m2Po
2691.86(20)&nbsp;keV
198.983666(25)
5.48(16)&nbsp;min
(7.5%)
199mPo
312.0(28)&nbsp;keV
4.17(4)&nbsp;min
(73.5%)
IT (2.5%)
199.981799(15)
11.5(1)&nbsp;min
(88.8%)
(11.1%)