Copper(I) Chloride

Abstract

See also: Hydrogen selenide, synthesis 55 Hydriodic acid, synthesis 65 Cobalt tetracarbonyl hydride, synthesis 76C Iron tetracarbonyl dihydride, synthesis 77 Lithium amide, synthesis 38 Monosodium acetylide, synthesis 21 Sodium cyanate, synthesis 24B Sodium amide, synthesis 38 Sodium azide, synthesis, 40 Sodium sulfite and pyrosulfite, synthesis 49A Sodium dithionate, synthesis 50C Sodium selenocyanate, synthesis Sodium orthoperiodate, synthesis Potassium cyanate, synthesis Potassium amide, synthesis 38 Potassium azide, synthesis 40 Potassium sulfite and pyrosulfite, Potassium nitridotrisulfate, syn-Potassium selenocyanate, synthe-P o t a s s i u m hexabromotellur-Potassium monochlorochromate, Potassium hexacyanometallates, P o t a s s i u m t e t r a c h l o r o p l a t i -56B 66 24% synthesis 49B thesis 54 sis 56A ate(IV), synthesis 57B synthesis 64 syntheses 62, 67, 72, 73, 78 nate(II), synthesis 79 COPPER(1) CHLORIDE2CuC12 + Na2SO3 + HzO + 2CuC1 + Na2S04 + 2HC1

Fabrication and Spatially Resolved Functionalization of 3D Microstructures via Multiphoton‐Induced Diels–Alder Chemistry

“…[ 40 ] Synthesis of 2-hydroxy-6-methylbenzaldehyde : 2-hydroxy-6methylbenzaldehyde was synthesized employing a literature procedure. Acetone (99.5%, Roth) employed for atom transfer radical polymerization was dried over sodium sulfate prior to usage.…”

An XAS study of the structure and thermodynamics of Cu(I) chloride complexes in brines up to high temperature (400°C, 600bar)

“…Suitable amounts of CuCl(s) and salt were weighed in flasks within an argon-filled dry glove box. Copper(I) chloride was freshly prepared using the procedure of Keller and Wycoff (1946). ACS reagent grade (>99%) lithium chloride was purchased from Sigma-Aldrich and used without further treatment.…”

The solubility of nantokite (CuCl(s)) and Cu speciation in low-density fluids near the critical isochore: An in-situ XAS study

“…Copper(I) chloride crystals were freshly prepared from analytical regent grade Cu(II) chloride following the procedure of Keller and Wycoff (1946). The sample solutions were acidified with 0.06 m HCl to prevent hydrolysis.…”