chromium Comparison Table

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chromium 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

chromium 48 γ 24 48 21.6 hours ⁴⁸Cr alloys, plating and metal ceramics 47.954033

chromium 49 I = 5/2- h/2π γ 25 49 42.3 minutes μ = 0.476 nuclear magnetons with diamagnetic correction ⁴⁹Cr alloys, plating and metal ceramics 48.951338

chromium 50 I = 0+ h/2π 26 50 ⁵⁰Cr isotopically enriched samples available for experimental purposes 49.9460464 4.345%

chromium 51 I = 7/2- h/2π γ 27 51 27.70 days μ = -0.934 nuclear magnetons with diamagnetic correction ⁵¹Cr medical diagnostic 50.944768

chromium 52 I = 0+ h/2π 28 52 ⁵²Cr isotopically enriched samples available for experimental purposes 51.9405098 83.789%

chromium 53 0.49 where ¹³C = 1.00 I = 3/2- h/2π 29 -1.5120 × 10⁷ rad T^-1 s^-1 9.03 × 10^-4 where ¹H = 1.00 53 5.652 MHz where ¹H = 100 MHz; 2.3488 T μ = -0.47454 nuclear magnetons with diamagnetic correction -0.150 × 10^-28 m² ⁵³Cr Nuclear Magnetic Resonance 52.9406513 9.501%

chromium 54 I = 0+ h/2π 30 54 ⁵⁴Cr isotopically enriched samples available for experimental purposes 53.9388825 2.365%

chromium 55 I = 3/2- h/2π γ 31 55 3.497 minutes ⁵⁵Cr alloys, plating and metal ceramics 54.940842

chromium 56 I = 0+ h/2π γ 32 56 5.9 minutes ⁵⁶Cr alloys, plating and metal ceramics 55.940643

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
chromium 48			γ	24			48	21.6 hours				⁴⁸Cr	alloys, plating and metal ceramics	47.954033
chromium 49		I = 5/2- h/2π	γ	25			49	42.3 minutes		μ = 0.476 nuclear magnetons with diamagnetic correction		⁴⁹Cr	alloys, plating and metal ceramics	48.951338
chromium 50		I = 0+ h/2π		26			50					⁵⁰Cr	isotopically enriched samples available for experimental purposes	49.9460464	4.345%
chromium 51		I = 7/2- h/2π	γ	27			51	27.70 days		μ = -0.934 nuclear magnetons with diamagnetic correction		⁵¹Cr	medical diagnostic	50.944768
chromium 52		I = 0+ h/2π		28			52					⁵²Cr	isotopically enriched samples available for experimental purposes	51.9405098	83.789%
chromium 53	0.49 where ¹³C = 1.00	I = 3/2- h/2π		29	-1.5120 × 10⁷ rad T^-1 s^-1	9.03 × 10^-4 where ¹H = 1.00	53		5.652 MHz where ¹H = 100 MHz; 2.3488 T	μ = -0.47454 nuclear magnetons with diamagnetic correction	-0.150 × 10^-28 m²	⁵³Cr	Nuclear Magnetic Resonance	52.9406513	9.501%
chromium 54		I = 0+ h/2π		30			54					⁵⁴Cr	isotopically enriched samples available for experimental purposes	53.9388825	2.365%
chromium 55		I = 3/2- h/2π	γ	31			55	3.497 minutes				⁵⁵Cr	alloys, plating and metal ceramics	54.940842
chromium 56		I = 0+ h/2π	γ	32			56	5.9 minutes				⁵⁶Cr	alloys, plating and metal ceramics	55.940643

Next chalcophile element: manganese Up: chalcophile element, recycled oceanic element, transition metal Previous chalcophile element: cadmium