LNF
RadionuclideMatricolaDecadimentoEmissioneAttività iniziale [MBq]Data certificatoT 1/2 [anni]Attività a oggi [MBq]Note
Am 2415054LASFX energia variabile3701984-06-01 432.6346.30414020201 α su targhette
Am 241AK-8922SFα,γ0.0004882019-02-14 432.60.00048286568006986elettrodepositata
Co 57SH 458ecγ3.792009-11-01 0.741.3042755526771E-6
Co 602920β-γ9.8051968-07-03 5.270.0052840127443903
Co 602702β-γ19241966-10-22 5.270.829386346936
Eu 1527D225ec, β+, β-γ0.0398031988-11-01 13.530.0060143716442116
Fe 55AF-9168ecX7402015-08-31 2.7458.087779474236
Fe 551752 LEecX3701984-11-28 2.7440.012322000627643
Sr 902763 BBβ-β-371992-04-29 28.7916.557637613849schermata
Sr 90E1344Eβ-β-3.71994-02-18 28.791.7293894270438schermata
Sr 90E1345Eβ-β-3.71994-02-18 28.791.7293894270438schermata
Na 22AL-2125β+ γ annichilazione0.01282018-01-01 2.60.001634076490974
Na 22MS926β+ γ annichilazione0.3412004-09-01 2.60.0012446033260316
Tc 991748-48β-β-0.03872014-08-012100000.038698576955431
Cs 1370006/02β- γ (662 keV)13952002-12-03 30.17826.16371619992utilizzabile nel pantografo schermato dell'Ed. 48
MultipiccoAM-8280γ-2019-02-01-vedere certificatoAm-241, Cd-109, Co-57, Ce-139, Hg-203, Sn-113, Sr-85, Cs-137, Y-88, Co-60
Am 241MS917*SFγ0.04112004-09-01432.60.039736598397141
Ba-133MS918*ecγ 0.04072004-09-01 10.550.01020536277648
Cs 137MS919*β- γ (662 keV)0.04152004-09-01 30.170.025584043256127
Co 57MS920*ecγ0.04012004-09-01 0.741.0918681257875E-10
Co 60MS921*β-γ0.03962004-09-01 5.270.0024832662669091
Hg-203MS922*β-γ0.08342004-09-01 0.131.4679038705925E-50
Mn-54MS923*ec, β+, β-γ 0.04382004-09-01 0.8551.6924427920356E-9
Na 22MS924*β+ γ annichilazione0.03782004-09-012.60.00013796482617007
Y-88MS925*ec, β+γ 0.03752004-09-01 0.295.2309419477172E-24

*Per richiedere in prestito l’intero set di sorgenti, selezionare la matricola MS9XX come risorsa su https://booking.dsi.infn.it/

 

α: alpha particle emission (4He nucleus)
β+: emission of an anti-electron and a neutrino. A proton inside the nucleus is transformed into a neutron
β-: emission of an electron and an anti-neutrino. A neutron inside the nucleus is transformed into a proton
ec: electron capture: capture of one orbital electron by the the nucleus. A proton inside the nucleus is transformed into a neutron plus a neutrino
SF: Spontaneous Fission: a nucleus spontaneously splits into fragment nuclides
IT: Isomeric Transition: a level above the ground state decays via electromagnetic process
n: neutron emission
p: proton emission
β- n (and similar): beta- decay followed by delayed neutron emission