Nuclear Magnetic Resonance (NMR) in Chemistry

NMR spectroscopy is one of the most common methods to obtain the physical, chemical, structural and electronic nature of a molecule. NMR works by studying the magnetism of a nucleus by placing it in alignment with a magnetic field, and then using an electromagnetic field to disrupt this alignment.

City Chemical manufacturers chemicals such as Hexachlorodisilane (13465-77-5), Silicon Tetrabromide (7789-66-4), Cuprous Oxide (1317-39-1), Silver Iodide (7783-96-2), Silver Lactate (128-00-7), Silver Oxalate (533-51-7), Calcium Fluoride (7789-75-5), Potassium Manganate (10294-64-1) as well as Lead Iodide (10101-63-0), Tubocurarine Chloride (57-94-3), Bismuth (III) Oxychloride (7787-59-9), Boron Tribromide (10294-33-4), Hexachlorodisiloxane (14986-21-1), Dodecylamine Acetate (2016-56-0), Silver Cyanide (506-64-9), Silver Periodate (15606-77-6), Magnesium Fluoride (7783-40-6), Silicon Tetraiodide (13465-84-4), Aluminum Citrate (31142-56-0), Cerium Molybdate (13454-70-1) and others.

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