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S113730-50gSodium tetrathionate dihydrate is the dihydrate of sodium tetrathionate. It has been synthesized from sodium thiosulfate by iodine oxidation. Its crystals exhibit monoclinic crystal system and space group C23-C2Sodium tetrathionate dihydrate may be
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S111728-500gA compound used to convert alkyl halides into the corresponding alkylthiocyanates.
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S111729-100gMorphological and differential thermal analysis of complexes of sodium thiocyanate with poly(ethylene oxide) have been studied.Ionic deep eutectic solvents composed of acetamide+lithium nitrate/sodium thiocyanate have been investigated by dielectric
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S111729-25gMorphological and differential thermal analysis of complexes of sodium thiocyanate with poly(ethylene oxide) have been studied.Ionic deep eutectic solvents composed of acetamide+lithium nitrate/sodium thiocyanate have been investigated by dielectric
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S111729-500gMorphological and differential thermal analysis of complexes of sodium thiocyanate with poly(ethylene oxide) have been studied.Ionic deep eutectic solvents composed of acetamide+lithium nitrate/sodium thiocyanate have been investigated by dielectric
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S111729-5gMorphological and differential thermal analysis of complexes of sodium thiocyanate with poly(ethylene oxide) have been studied.Ionic deep eutectic solvents composed of acetamide+lithium nitrate/sodium thiocyanate have been investigated by dielectric
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S140873-100gA compound used to convert alkyl halides into the corresponding alkylthiocyanates.
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S140873-500gA compound used to convert alkyl halides into the corresponding alkylthiocyanates.
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S424622-1mlMorphological and differential thermal analysis of complexes of sodium thiocyanate with poly(ethylene oxide) have been studied.Ionic deep eutectic solvents composed of acetamide+lithium nitrate/sodium thiocyanate have been investigated by dielectric
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S432866-250gSodium thiocyanate.
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S432864-100mlSodium thiocyanate solution.
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S432864-500mlSodium thiocyanate solution.