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Summary Of: Cyclopropane

contains four fused cyclopropane rings which form the faces of a... contains three cyclopropane rings which share a single central carbon... Cyclopropane was discovered in 1881 by August Freund... Cyclopropane had no commercial application until Henderson and Lucas discovered its anaesthetic properties in 1929... Explosions of cyclopropane and oxygen are even more powerful... Pipes to carry cyclopropane must likewise be of small diameter... cyclopropane is dangerous to handle and manufacture... A cyclopropane ring is an intermediate in the... Bonding between the carbon centers in cyclopropane is generally described by invoking...

Encyclodia Page On: Cyclopropane

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Cyclopropane - displayed formula | Cyclopropane - skeletal formula | IUPAC name | CAS number | SMILES | Molecular formula | Molar mass | Density | Melting point | Boiling point | standard state
(at 25 °C, 100 kPa)
| Infobox references | cycloalkane | molecule | carbon | atoms | hydrogen | bonds | alkenes | cycloalkanes | cyclohexane | cyclopentane | torsional strain | eclipsed conformation | hydrogen | three-center-bonded | carbenes | polycyclic compounds | Tetrahedrane | tetrahedron | [1.1.1]Propellane | anaesthetic | 1,3-dibromopropane | sodium | Wurtz reaction | zinc | organic compounds | biomolecules | pyrethrum insecticides | Chrysanthemum | organic synthesis | Simmons-Smith reaction | cinnamyl alcohol | amide | dichloromethane | titanium tetrachloride | magnesium | Amide cyclopropanation | reaction mechanism | Amide cyclopropanation Mechanism | propellane | nucleophilic displacement | leaving group | nucleophile | Bingel reaction | asymmetric reaction | stereocenters | cyclohexenone | bromonitromethane | piperazine | pyrrolidine | tetrazole | organocatalyst | Assymmetric nitrocyclopropanation Hansen 2006 | Wurtz coupling | Rearrangement reaction | cyclobutane | photochemical | rearrangement reaction | di-pi-methane rearrangement | Kulinkovich reaction | pyrazolines | cycloalkanes | strain energy | double bond | cycloaddition | Cyclopropane Cycloaddition | asymmetric synthesis | catalyzed | rhodium | BINAP | enantiomeric excess | rearrangement reactions | bullvalene | Favorskii rearrangement | cyclobutenes | Methylene cyclopropane isomerization | platinum(II) chloride | carbon monoxide | reaction mechanism | deuterium labeling | in situ | palladium(II) acetate | copper(II) bromide | toluene | bent bonds | doi | doi | doi | doi | Organic Syntheses | Org. Lett. | Magnesium | titanium tetrachloride | Grignard reagent | equilibrium | Titanium(II) chloride | dichloromethane | Schrock carbene | carbonyl | amide | enamine | Organic Syntheses | Organic Syntheses | Organic Syntheses | Steven V. Ley | Chem. Commun. | doi | Michael addition | dichloromethane | enantiomeric excess | Organic Syntheses | Organic Syntheses | Gold book | Organic Syntheses | J. Am. Chem. Soc. | J. Am. Chem. Soc. | deuterium | oxidative addition | non-classical ion | carbocation | carbene | resonance structures | benzylic | J. Am. Chem. Soc. | doi | v | Cycloalkanes | Cyclobutane | Cyclopentane | Cyclohexane | Cycloheptane | Cyclooctane | Cycloundecane | Categories | Anesthetics | Cycloalkanes | Functional groups |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Cyclopropane".