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aluminium comparison table

Subject	has NMR receptivity	has nuclear spin	has thermal neutron capture cross section	has diagnostic role	has origin	has decay product	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	is an instance of	has nuclear quadrupole moment	has symbol	has desintegration energy	has use	has atomic mass	has lifetime
aluminium 26		I = 5+		if decay products found in a solid then solid must have condensed within the first million years after the creation of Al 26	exploding core of a supernova	magnesium 26	γ	13			26	7.2 × 105 years			supernova produced radioactive element		26Al	the total energy produced when the particle decays	research	25.986892	The average time in which a particle decays
aluminium 27	1.17 × 103 where 13C = 1.00	I = 5/2+	0.231 barns					14	6.9704 × 107 rad T-1 s-1	0.21 where 1H = 1.00	27		26.057 MHz where 1H = 100 MHz; 2.3488 T	μ = 3.641504	aluminium	0.1403 × 10-28 m2	27Al		Nuclear Magnetic Resonance	26.9885386
aluminium 28		I = 3+					γ	15			28	2.25 minutes		μ = 3.24	aluminium		28Al		vehicle, aircraft and construction industries	27.981910
aluminium 29		I = 5/2+					γ	16			29	6.5 minutes			aluminium		29Al		vehicle, aircraft and construction industries	28.980446

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