Révisi nurutkeun 28 Nopémber 2006 13.32 édit Kumincir (obrolan \| kontribusi) Birokrat, Kuncén 12.238 suntingan m →‎Réaksi organi dumasar gugus fungsi ← Éditan saméméhna		Révisi nurutkeun 28 Nopémber 2006 15.32 édit bolaykeun Kumincir (obrolan \| kontribusi) Birokrat, Kuncén 12.238 suntingan Tidak ada ringkasan suntingan Éditan salajengna →
Baris ka-2: Dina sajarah [[Hadiah Nobel widang Kimia]], nu kungsi dileler téh di antarana papanggihan réaksi organik husus kayaning [[réaksi Grignard]] taun 1912, [[réaksi Diels-Alder]] taun 1950, [[réaksi Wittig]] taun 1979, jeung [[métatésis oléfin]] taun 2005. <!--▼ Organic chemistry has a strong tradition of naming a specific reaction to its inventor or inventors and a long [[List of organic reactions\|list]] of so-called '''named reactions''' exists, conservatively estimated at 1000. A very old named reaction is the [[Claisen rearrangement]] (1912) and a recent named reaction is the [[Bingel reaction]] (1993). When the named reaction is difficult to pronounce or very long as in the [[Corey-House-Posner-Whitesides reaction]] it helps to use the abbreviation as in the [[CBS reduction]]. The number of reactions hinting at the actual process taking place is much smaller, for example the [[ene reaction]] or [[aldol reaction]]. Kimia organik boga kabiasaan anu kuat pikeun méré ngaran ka hiji réaksi dumasar nu manggihanana, misalna [[tata ulang Claisen]] (1912) jeung [[réaksi Bingel]] (1993). Mun ngaranna hésé kusabab panjang teuing (misalna [[réaksi Corey-House-Posner-Whitesides]]), mangka sok diringkes maké [[réduksi CBS]]. Jumlah réaksi nu nyebutkeun sacara langsung prosés aktualna mah teu loba, misalna baé [[réaksi éna]] atawa [[réaksi aldol]]. ▲<!-- Another approach to organic reactions is by type of [[organic reagent]], many of them [[inorganic compound\|inorganic]], required in a specific transformation. The major types are [[oxidizing agent]]s such as [[osmium tetroxide]], [[reducing agent]]s such as [[Lithium aluminium hydride]], [[base (chemistry)\|bases]] such as [[lithium diisopropylamide]] and [[acid]]s such as [[sulfuric acid]].

Réaksi organik: Béda antarrépisi