Search

isotopes of titanium

Input interpretation

titanium | isotopes
titanium | isotopes

Results

Stable

Ti-48 (73.72%) | Ti-46 (8.25%) | Ti-47 (7.44%) | Ti-49 (5.41%) | Ti-50 (5.18%)
Ti-48 (73.72%) | Ti-46 (8.25%) | Ti-47 (7.44%) | Ti-49 (5.41%) | Ti-50 (5.18%)

Unstable

Ti-44 (60 yr) | Ti-45 (184.83 min) | Ti-51 (5.77 min) | Ti-52 (100 s) | Ti-53 (32.7 s) | Ti-54 (1.5 s) | Ti-55 (1.3 s) | Ti-43 (509 ms) | Ti-56 (200 ms) | Ti-42 (199 ms) | Ti-41 (80.4 ms) | Ti-58 (59 ms) | Ti-57 (60 ms) | Ti-40 (53.3 ms) | Ti-39 (31 ms) | Ti-59 (30 ms) | Ti-60 (22 ms) | Ti-62 (10 ms) | Ti-61 (10 ms) | Ti-63 (3 ms) | Ti-38 (120 ns)
Ti-44 (60 yr) | Ti-45 (184.83 min) | Ti-51 (5.77 min) | Ti-52 (100 s) | Ti-53 (32.7 s) | Ti-54 (1.5 s) | Ti-55 (1.3 s) | Ti-43 (509 ms) | Ti-56 (200 ms) | Ti-42 (199 ms) | Ti-41 (80.4 ms) | Ti-58 (59 ms) | Ti-57 (60 ms) | Ti-40 (53.3 ms) | Ti-39 (31 ms) | Ti-59 (30 ms) | Ti-60 (22 ms) | Ti-62 (10 ms) | Ti-61 (10 ms) | Ti-63 (3 ms) | Ti-38 (120 ns)

Random Queries

boiling point of silver
edge rules of 2,6-dichloro-5-fluoro-3-pyridinecarbonitrile
IUPAC name of rubidium selenide
MnCl2 + Na3PO4 = NaCl + Mn3(PO4)2
ion class of titanium(III) cation vs vanadium(V) cation
IUPAC name of zinc phosphate vs 2-(2-chloro-6-fluorophenyl)ethylamine hydrochloride
dibucaine hydrochloride
lithium iodide vs sodium bromide
molar mass of barium hydride vs tetrafluorohydrazine
CAS number of iron(III) sodium pyrophosphate vs calcium hexaboride