lithium 7 Comparison Table

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lithium 7 comparison table

Subject has NMR receptivity has nuclear spin is a kind of has number of neutron has magnetogyric ratio has definition has relative NMR sensitivity has number of nucleon has NMR frequency has nuclear magnetic moment is an instance of has nuclear quadrupole moment has symbol has use has atomic mass has natural abundance

lithium accumulating oceanic element Soft, silvery-white, metal. Lightest of all solid elements, third in the periodic table after hydrogen and helium. Its atom comprises one proton and three electrons. One of the electrons is at a higher energy level than the other two. Some lithium formed in the big bang, along with huge amounts of hydrogen and helium. Li light-weight alloys, especially with aluminium and magnesium, greases, batteries, glass, medicine and nuclear bombs

lithium 7 1540 where ¹³C = 1.00 I = 3/2- h/2π 4 10.3964 × 10⁷ rad T^-1 s^-1 0.29 where ¹H = 1.00 7 38.863 MHz where ¹H = 100 MHz; 2.3488 T μ = +3.256424 nuclear magnetons with diamagnetic correction lithium -0.041 × 10^-28 m² ⁷Li Nuclear Magnetic Resonance 7.016003 92.5%

Subject	has NMR receptivity	has nuclear spin	is a kind of	has number of neutron	has magnetogyric ratio	has definition	has relative NMR sensitivity	has number of nucleon	has NMR frequency	has nuclear magnetic moment	is an instance of	has nuclear quadrupole moment	has symbol	has use	has atomic mass	has natural abundance
lithium			accumulating oceanic element			Soft, silvery-white, metal. Lightest of all solid elements, third in the periodic table after hydrogen and helium. Its atom comprises one proton and three electrons. One of the electrons is at a higher energy level than the other two. Some lithium formed in the big bang, along with huge amounts of hydrogen and helium.							Li	light-weight alloys, especially with aluminium and magnesium, greases, batteries, glass, medicine and nuclear bombs
lithium 7	1540 where ¹³C = 1.00	I = 3/2- h/2π		4	10.3964 × 10⁷ rad T^-1 s^-1		0.29 where ¹H = 1.00	7	38.863 MHz where ¹H = 100 MHz; 2.3488 T	μ = +3.256424 nuclear magnetons with diamagnetic correction	lithium	-0.041 × 10^-28 m²	⁷Li	Nuclear Magnetic Resonance	7.016003	92.5%

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