Art.77.81 -- chart of nuclides, lista-elenco degli isotopi e configurazione degli orbitali nucleari del TALLIO -- Z = 81 -- Antonio Dirita

 

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Ec(MeV)/Es(MeV)  Sa    mc/ms   n 1      2     3     4     5     6     7     Ep(eV)/(p -T1/2)
((1 356. 72)/(1356. 6)) Tl₈₁¹⁷⁶ ((176.000 497)/(176.00059)) 81n 2+0 8+0 18+0 32+0 6+2 0+11 1+1 ((1.7638M)/(p5.20ms))
((1 368. 72)/(1368. 6)) Tl₈₁¹⁷⁷ ((176.99628)/(176.996427)) 81n 2+0 8+0 18+0 32+0 4+4 1+11 1+0 ((7.067M)/(α18.0ms))
(( 1377. 49)/(1378. 1)) Tl₈₁¹⁷⁸ ((177.99553)/(177.99490)) 81n 2+0 8+0 18+0 32+0 4+5 1+10 0+1 ((7.020M)/(α254ms))
((1 389. 13)/(1389. 7)) Tl₈₁¹⁷⁹ ((178.99170)/(178.99109)) 81n 2+0 8+0 18+0 32+0 3+7 1+9 0+1 ((6.718M)/(α230ms))
((1398. 98)/(1398. 9)) Tl₈₁¹⁸⁰ ((179.98979)/(179.98991)) 81n 2+0 8+0 18+0 32+0 3+8 0+9 0+1 ((1.099M)/(ce1.09s))
((1409. 90)/(1410. 3)) Tl₈₁¹⁸¹ ((180.98673)/(180.986257)) 81n 2+0 8+0 18+0 32+0 1+10 0+9 1+0 ((7.862M)/(ce3.20s))
((1 418. 67)/(1419. 0)) Tl₈₁¹⁸² ((181.98598)/(181.98567)) 81n 2+0 8+0 18+0 32+0 1+11 0+8 0+1 ((10.23M)/(ce3.10s))
(( 1430. 30)/(1430. 3)) Tl₈₁¹⁸³ ((182.982193)/(182.982193)) 81n 2+0 8+0 18+0 32+0 0+13 0+7 0+1 ((5.966M)/(α6.90s))
((1438.36)/(1438. 6)) Tl₈₁¹⁸⁴ ((183.98217)/(183.98187)) 81n 2+0 8+0 18+0 30+1 1+13 0+7 0+1 ((9.460M)/(ce10.1s))
(( 1449.29)/(1449. 6)) Tl₈₁¹⁸⁵ ((184.97910)/(184.97879)) 81n 2+0 8+0 18+0 28+2 1+14 0+7 1+0 ((6.420M)/(ce19.5s))
((1458. 06)/(1458. 1)) Tl₈₁¹⁸⁶ ((185.97839)/(185.97833)) 81n 2+0 8+0 18+0 28+2 1+15 0+6 0+1 ((8.670M)/(ce27.5s))
((1467. 91)/(1468. 4)) Tl₈₁¹⁸⁷ ((186.97644)/(186.975906)) 81n 2+0 8+0 18+0 26+3 1+16 1+5 0+1 ((5.675M)/(ce51s))
(( 1 475. 97)/(1476. 4)) Tl₈₁¹⁸⁸ ((187.97646)/(187.97601)) 81n 2+0 8+0 18+0 26+3 0+17 1+5 0+1 ((7.860M)/(ce71.0s))
((1486. 89)/(1486. 7)) Tl₈₁¹⁸⁹ ((188.97340)/(188.973588)) 81n 2+0 8+0 18+0 24+4 0+18 1+5 1+0 ((5.030M)/(ce2.30m))
((1494. 95)/(1494. 5)) Tl₈₁¹⁹⁰ ((189.97341)/(189.97388)) 81n 2+0 8+0 18+0 22+5 1+18 1+5 1+0 ((7.060M)/(ce2.60m))
((1 504. 80)/(1504. 5)) Tl₈₁¹⁹¹ ((190.97150)/(190.971786)) 81n 2+0 8+0 18+0 22+5 1+19 0+5 1+0 ((4.311M)/(ce20m))
((1511. 79)/(1512. 2)) Tl₈₁¹⁹² ((191.97266)/(191.97223)) 81n 2+0 8+0 18+0 22+5 0+20 1+4 0+1 ((6.140M)/(ce9.60m))
(( 1521.64)/(1521. 7)) Tl₈₁¹⁹³ ((192.97071)/(192.97067)) 81n 2+0 8+0 18+0 22+5 0+21 0+4 0+1 ((3.760M)/(ce21.6m))
(( 1 528. 99)/(1529. 3)) Tl₈₁¹⁹⁴ ((193.97153)/(193.97120)) 81n 2+0 8+0 18+0 20+6 0+21 0+5 1+0 ((5.370M)/(ce33.0m))
((1538. 83)/(1538. 7)) Tl₈₁¹⁹⁵ ((194.96962)/(194.969774)) 81n 2+0 8+0 18+0 18+7 0+22 1+4 1+0 ((2.850M)/(ce1.16h))
(( 1 546. 18)/(1546. 1)) Tl₈₁¹⁹⁶ ((195.97040)/(195.970481)) 81n 2+0 8+0 18+0 18+7 0+22 1+5 0+0 ((4.330M)/(ce1.84h))
(( 1 554. 25)/(1555.0)) Tl₈₁¹⁹⁷ ((196.97040)/(196.969575)) 81n 2+0 8+0 18+0 16+8 1+22 1+5 0+0 ((2.200M)/(ce2.84h))
(( 1 562. 31)/(1562. 2)) Tl₈₁¹⁹⁸ ((197.97041)/(197.97048)) 81n 2+0 8+0 18+0 16+8 0+23 1+5 0+0 ((3.460M)/(ce5.30h))
((1 570. 37)/(1570. 9)) Tl₈₁¹⁹⁹ ((198.97043)/(198.96988)) 81n 2+0 8+0 18+0 14+9 1+23 1+5 0+0 ((1.490M)/(ce7.42h))
((1 578. 44)/(1577. 9)) Tl₈₁²⁰⁰ ((199.97043)/(199.970963)) 81n 2+0 8+0 18+0 14+9 0+24 1+5 0+0 ((2.456M)/(ce26.10h))
(( 1 586. 50)/(1586. 1)) Tl₈₁²⁰¹ ((200.97044)/(200.970819)) 81n 2+0 8+0 18+0 12+10 1+24 1+5 0+0 ((480.0K)/(ce3.0421d))
(( 1592. 77)/(1593.0)) Tl₈₁²⁰² ((201.97237)/(201.972106)) 81n 2+0 8+0 18+0 12+10 1+24 0+6 0+0 ((1.360K)/(ce12.31d))
((1 600. 84)/(1600. 9)) Tl₈₁²⁰³ ((202.972344)/(202.972344)) \n 2+0 8+0 18+0 12+10 0+25 0+6 0+0 ((st)/(29.52%))
((1607.11)/(1607. 5)) Tl₈₁²⁰⁴ ((203.97431)/(203.973864)) 81n 2+0 8+0 18+0 10+11 0+25 1+6 0+0 ((763.76K)/(β⁻3.783a))
((1613. 39)/(1615. 1)) Tl₈₁²⁰⁵ ((204.97623)/(204.974427)) 81n 2+0 8+0 18+0 10+11 0+25 0+7 0+0 ((st)/(70.48%))
(( 1 619. 67)/(1621. 6)) Tl₈₁²⁰⁶ ((205.97815)/(205.976110)) 81n 2+0 8+0 18+0 8+12 0+25 1+7 0+0 ((1.5322M)/(β⁻4.202m))
((1625. 95)/(1628. 4)) Tl₈₁²⁰⁷ ((206.98008)/(206.977419)) 81n 2+0 8+0 18+0 8+12 0+25 0+8 0+0 ((1.419M)/(β⁻4.77m))
(( 1632. 22)/(1632. 2)) Tl₈₁²⁰⁸ ((207.982019)/(207.982019)) 81n 2+0 8+0 18+0 6+13 0+25 1+8 0+0 ((4.9969M)/(β⁻3.053m))
((1 636. 71)/(1637. 2)) Tl₈₁²⁰⁹ ((208.98586)/(208.985359)) 81n 2+0 8+0 18+0 4+14 1+24 1+9 0+0 ((3.977M)/(β⁻2.161m))
((1640. 84)/(1640. 9)) Tl₈₁²¹⁰ ((209.99008)/(209.990074)) 81n 2+0 8+0 18+0 4+14 1+24 0+9 0+1 ((5.482M)/(β⁻1.30m))
((1 645. 33)/(1645. 8)) Tl₈₁²¹¹ ((210.99393)/(210.99348)) 81n 2+0 8+0 18+0 4+14 0+24 0+10 0+1 ((4.550M)/(β⁻1m))
((1 649. 82)/(1649. 4)) Tl₈₁²¹² ((211.99778)/(211.99823)) 81n 2+0 8+0 18+0 2+15 1+23 0+11 0+1 ((6.100M)/(β⁻30s))
((1 654. 32)/()) Tl₈₁²¹³ ((213.00161)/()) 81n 2+0 8+0 18+0 2+15 0+23 0+12 0+1 ((4.960M)/(β⁻101s))
((1 658. 81)/()) Tl₈₁²¹⁴ ((214.00546)/()) 81n 2+0 8+0 18+0 0+16 1+22 0+13 0+1 ((6.700M)/(β⁻>300ns))
((1 661. 50)/()) Tl₈₁²¹⁵ ((215.0 1123)/()) 81n 2+0 8+0 16+1 0+16 1+21 1+14 0+1 ((5.500M)/(β⁻>300ns))
Ec(MeV) = valore calcolato dell'energia di legame
Es(MeV) = valore sperimentale dell'energia di legame
mc = valore calcolato della massa atomica
ms = valore sperimentale della massa atomica
n = numero di neutroni centrali attivi
1-7 = numero quantico associato al livello
p + d = (numero di protoni) + (numero di deutoni) in orbita
 Art.77.81 -- chart of nuclides, lista-elenco degli isotopi e configurazione degli orbitali nucleari del TALLIO -- Z = 81 -- Antonio Dirita

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