1926
DOI: 10.1021/ja01415a027
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The Reaction Between Organomagnesium Halides and the Aryl Esters of Boric, Carbonic, Silicic and Phosphoric Acids

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Cited by 17 publications
(9 citation statements)
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“…CiHi-216 (3,19,38,80,116,130,154,155,157,177,180,186,191,197,198,199,200,210,236,240,241,244,251,263,265,311,328,335) o-CHaCaHa-168 (180,183,241,335) m-CHaCaHa-…”
Section: Physical Properties Of Boronic Acids and Estersmentioning
confidence: 99%
“…CiHi-216 (3,19,38,80,116,130,154,155,157,177,180,186,191,197,198,199,200,210,236,240,241,244,251,263,265,311,328,335) o-CHaCaHa-168 (180,183,241,335) m-CHaCaHa-…”
Section: Physical Properties Of Boronic Acids and Estersmentioning
confidence: 99%
“…Organoboronic acid derivatives are the most widely used class of building blocks for transition-metal-catalyzed Suzuki–Miyaura cross-coupling reactions . Conventional methods for the synthesis of organoboronic compounds typically start from the corresponding halide . However, in 2002, Ishiyama, Miyaura, and Hartwig developed an iridium-catalyzed C­(sp 2 )–H borylation reaction of arenes that enabled the halide-free synthesis of arylboronic compounds with completely different regioselectivity to that generated by using halide-based methods .…”
mentioning
confidence: 99%
“…By comparison triarylphosphates react with alkyl and aryl Grignards in a similar manner to phosphoryl chloride. 32 Thiophosphoryl chloride reacts with aryl Grignards to form triarylphosphine oxides. 33 With low molecular weight primary alkyl Grignards, tetraalkylbiphosphine disulfides are generally formed instead.…”
Section: Resultsmentioning
confidence: 99%