Astronomy   View all facts   Glossary   Help

physical object > natural object > particle > element > column grouped element > transition metal > titanium

titanium comparison table

Subject	has NMR receptivity	has nuclear spin	has decay mode	has number of neutron	has magnetogyric ratio	has relative NMR sensitivity	has number of nucleon	has half life	has NMR frequency	has nuclear magnetic moment	has nuclear quadrupole moment	has symbol	has use	has atomic mass	has natural abundance
titanium 44		I = 0+ h/2π	γ	22			44	67 years				44Ti	research	43.959689
titanium 45		I = 7/2- h/2π	no γ	23			45	3.078 hours		μ = 0.095 nuclear magnetons with diamagnetic correction		45Ti	chemical plants, lightweight alloys, hip replacement joints	44.958124
titanium 46		I = 0+ h/2π		23			46					46Ti	isotopically enriched samples available for experimental purposes	45.952629	8.0%
titanium 47	0.864 where 13C = 1.00	I = 5/2- h/2π		25	1.5084 × 107 rad T-1 s-1	2.09 × 10-3 where 1H = 1.00	47		5.637 MHz where 1H = 100 MHz; 2.3488 T	μ = -0.78848 nuclear magnetons with diamagnetic correction	+0.290 × 10-28 m2	47Ti	Nuclear Magnetic Resonance	46.951764	7.3%
titanium 48		I = 0+ h/2π		26			48					48Ti	isotopically enriched samples available for experimental purposes	47.947947	73.8%
titanium 49	1.18 where 13C = 1.00	I = 7/2- h/2π		27	1.5080 × 107 rad T-1 s-1	3.76 × 10-3 where 1H = 1.00	49		5.638 MHz where 1H = 100 MHz; 2.3488 T	μ = -1.10417 nuclear magnetons with diamagnetic correction	+0.240 × 10-28 m2	49Ti	Nuclear Magnetic Resonance	48.947871	5.5%
titanium 50		I = 0+ h/2π		28			50					50Ti	chemical plants, lightweight alloys, hip replacement joints	49.944792	5.4%

Next transition metal: tungsten    Up: transition metal, unclassified oceanic element    Previous transition metal: technetium