Art.77.80 -- chart of nuclides, lista/elenco degli isotopi e configurazione degli orbitali nucleari del MERCURIO -- Z = 80 -- 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)
(( 1314. 26)/(1314. 1)) Hg₈₀¹⁷¹ ((171.00 359)/(171.00376)) 80n 2+0 8+0 18+0 31+0 6+0 4+9 0+2 ((7.668M)/(α59μs))
( 1 326. 64)/(1326. 8) Hg₈₀¹⁷² ((171.99897)/(171.99883)) 80n 2+0 8+0 18+0 32+0 6+0 1+11 1+1 ((7.524M)/(α231μs))
((1336. 45)/(1336. 3)) Hg₈₀¹⁷³ ((172.99710)/(172.99724)) 80n 2+0 8+0 18+0 32+0 6+1 0+11 1+1 ((7.375M)/(α600μs))
((1348. 41)/(1348. 5)) Hg₈₀¹⁷⁴ ((173.99293)/(173.992864)) 80n 2+0 8+0 18+0 32+0 4+3 1+11 1+0 ((7.233M)/(α2.10ms))
((1 358. 22)/(1357. 9)) Hg₈₀¹⁷⁵ ((174.99106)/(174.99142)) 80n 2+0 8+0 18+0 32+0 4+4 0+11 1+0 ((7.072M)/(α10.6ms))
((1369.81)/(1369. 7)) Hg₈₀¹⁷⁶ ((175.98728)/(175.987355)) 80n 2+0 8+0 18+0 32+0 3+6 0+10 1+0 ((6.899M)/(α20.3ms))
(( 1378. 55)/(1378. 8)) Hg₈₀¹⁷⁷ ((176.98656)/(176.98628)) 80n 2+0 8+0 18+0 32+0 3+7 0+9 0+1 ((6.740M)/(α118ms))
((1390. 14)/(1390. 4)) Hg₈₀¹⁷⁸ ((177.98278)/(177.982483)) 80n 2+0 8+0 18+0 32+0 2+9 0+8 0+1 ((6.577M)/(α266.5ms)
((1 399. 24)/(1399. 1)) Hg₈₀¹⁷⁹ ((178.98168)/(178.981834)) 80n 2+0 8+0 18+0 30+1 1+10 1+8 1+0 ((6.340M)/(α1.05s))
((1 410. 83)/(1410. 5)) Hg₈₀¹⁸⁰ ((179.97791)/(179.978266)) 80n 2+0 8+0 18+0 30+1 0+12 1+7 1+0 ((5.345M)/(ce2.58s))
((1418. 88)/(1419. 0)) Hg₈₀¹⁸¹ ((180.97795)/(180.977819)) 80n 2+0 8+0 18+0 28+2 1+12 1+7 1+0 ((7.210M)/(ce3.60s))
((1 430. 45)/(1430. 0)) Hg₈₀¹⁸² ((181.97417)/(181.97469)) 80n 2+0 8+0 18+0 28+2 0+14 1+6 1+0 ((4.724M)/(ce10.83s))
((1438. 48)/(1438. 3)) Hg₈₀¹⁸³ ((182.97422)/(182.974450)) 80n 2+0 8+0 18+0 26+3 1+14 1+6 1+0 ((6.381M)/(ce9.40s))
((1448. 29)/(1448. 9)) Hg₈₀¹⁸⁴ ((183.97235)/(183.971713)) 80n 2+0 8+0 18+0 26+3 1+15 0+6 1+0 ((3.969M)/(ce30.87s))
((1 457. 03)/(1456. 8)) Hg₈₀¹⁸⁵ ((184.97163)/(184.971899)) 80n 2+0 8+0 18+0 26+3 1+16 0+5 0+1 ((5.690M)/(ce49.1s))
((1 466. 84)/(1467. 2)) Hg₈₀¹⁸⁶ ((185.96977)/(185.969362)) 80n 2+0 8+0 18+0 24+4 1+17 1+4 0+1 ((3.175M)/(ce1.38m))
((1 475. 88)/(1474. 9)) Hg₈₀¹⁸⁷  186.969814/186.969814 80n 2+0 8+0 18+0 24+4 0+18 1+4 0+1 ((4.890M)/(ce2.40m))
((1484. 69)/(1485.0)) Hg₈₀¹⁸⁸ ((187.96793)/(187.967577)) 80n 2+0 8+0 18+0 24+4 0+19 0+4 0+1 ((2.098M)/(ce3.25m))
(( 1492. 01)/(1492. 5)) Hg₈₀¹⁸⁹ ((188.96874)/(188.96819)) 80n 2+0 8+0 18+0 22+5 0+19 0+5 1+0 ((3.950M)/(ce7.60m))
((1501. 82)/(1502. 3)) Hg₈₀¹⁹⁰ ((189.96687)/(189.966322)) 80n 2+0 8+0 18+0 20+6 0+20 1+4 1+0 ((1.512M)/(ce20.0m))
(( 1509. 15)/(1509. 6)) Hg₈₀¹⁹¹ ((190.96767)/(190.967157)) 80n 2+0 8+0 18+0 20+6 0+20 1+5 0+0 ((3.220M)/(ce49.0m))
((1518. 97)/(1519. 1)) Hg₈₀¹⁹² ((191.96579)/(191.965634)) 80n 2+0 8+0 18+0 20+6 0+21 0+5 0+0 ((764.0K)/(ce4.85h))
((1 527. 00)/(1526. 2)) Hg₈₀¹⁹³ ((192.96584)/(192.966665)) 80n 2+0 8+0 18+0 18+7 1+21 0+5 0+0 ((2.343M)/(ce3.80h))
((1535. 03)/(1535. 4)) Hg₈₀¹⁹⁴ ((193.96588)/(193.965439)) 80n 2+0 8+0 18+0 18+7 0+22 0+5 0+0 ((68.0K)/(ce444a))
( 1 543. 07)/(1542. 3) Hg₈₀¹⁹⁵ ((194.96591)/(194.966720)) 80n 2+0 8+0 18+0 16+8 1+22 0+5 0+0 ((1.569M)/(ce10.53h))
((1551. 10)/(1551. 2)) Hg₈₀¹⁹⁶ ((195.96596)/(195.965833)) 80n 2+0 8+0 18+0 16+8 0+23 0+5 0+0 ((820.0K)/
(2ce2.5⋅10¹⁸a)/(0.15%)
(( 1559. 13)/(1558.0)) Hg₈₀¹⁹⁷ ((196.96600)/(196.967213)) 80n 2+0 8+0 18+0 14+9 1+23 0+5 0+0 ((600.0K)/(ce64.14h))
( 1 567. 17)/(1566. 5) Hg₈₀¹⁹⁸ ((197.96604)/(197.966769)) 80n 2+0 8+0 18+0 14+9 0+24 0+5 0+0 ((st)/(9.97%))
((1573. 42)/(1573. 2)) Hg₈₀¹⁹⁹ ((198.96799)/(198.968280)) 80n 2+0 8+0 18+0 12+10 0+24 1+5 0+0 ((st)/(16.87%))
((1 581. 45)/(1581. 2)) Hg₈₀²⁰⁰ ((199.96804)/(199.968326)) 80n 2+0 8+0 18+0 10+11 1+24 1+5 0+0 ((st)/(23.10%))
( 1 587. 71)/(1587. 4) Hg₈₀²⁰¹ ((200.96998)/(200.970302)) 80n 2+0 8+0 18+0 10+11 1+24 0+6 0+0 ((st)/(13.18%))
((1 595. 75)/(1595. 2)) Hg₈₀²⁰² ((201.97001)/(201.970643)) 80n 2+0 8+0 18+0 10+11 0+25 0+6 0+0 ((st)/(29.86%))
((1 602.00)/(1601. 2)) Hg₈₀²⁰³ ((202.97197)/(202.972872)) 80n 2+0 8+0 18+0 8+12 0+25 1+6 0+0 ((492.2K)/(β⁻46.594d))
((1608. 26)/(1608. 7)) Hg₈₀²⁰⁴ ((203.97391)/(203.973494)) 80n 2+0 8+0 18+0 8+12 0+25 0+7 0+0 ((st)/(6.87%))
((1614. 52)/(1614. 3)) Hg₈₀²⁰⁵ ((204.97586)/(204.976073)) 80n 2+0 8+0 18+0 6+13 0+25 1+7 0+0 ((1.534M)/(β⁻5.14m))
((1 620. 78)/(1621.0)) Hg₈₀²⁰⁶ ((205.97780)/(205.977514)) 80n 2+0 8+0 18+0 6+13 0+25 0+8 0+0 ((1.308M)/(β⁻8.32m))
((1 624. 89)/(1624. 4)) Hg₈₀²⁰⁷ ((206.98206)/(206.98259)) 80n 2+0 8+0 18+0 4+14 0+25 1+7 0+1 ((4.820M)/(β⁻2.90m))
((1629. 37)/(1629. 3)) Hg₈₀²⁰⁸ ((207.98591)/(207.98594)) 80n 2+0 8+0 18+0 2+15 1+24 1+8 0+1 ((3.490M)/(β⁻41.0m))
( 1 632. 78)/(1632. 7) Hg₈₀²⁰⁹ ((208.99092)/(208.99104)) 80n 2+0 8+0 18+0 2+15 0+24 0+9 1+1 ((5.100M)/(β⁻35.0s))
((1 637. 26)/(1637. 5)) Hg₈₀²¹⁰ ((209.99477)/(209.99451)) 80n 2+0 8+0 18+0 0+16 1+23 0+10 1+1 ((3.880M)/(β⁻10m))
((1641. 74)/()) Hg₈₀²¹¹ ((210.99863)/()) 80n 2+0 8+0 18+0 0+16 0+23 0+11 1+1 ((5.500M)/(β⁻>300ns))
(( 1 644. 44)/()) Hg₈₀²¹² ((212.00439)/()) 80n 2+0 8+0 16+1 0+16 0+22 1+12 1+1 ((4.300M)/(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.77.80 -- chart of nuclides, lista/elenco degli isotopi e configurazione degli orbitali nucleari del MERCURIO -- Z = 80 -- Antonio Dirita

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