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Cage effect

In chemistry, the cage effect (also known as geminate recombination) describes how the properties of a molecule are affected by its surroundings. First introduced by James Franck and Eugene Rabinowitch in 1934, the cage effect suggests that instead of acting as an individual particle, molecules in solvent are more accurately described as an encapsulated…

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Cage effect

Nodes14
Edges13
Triples11
Avg. degree1.86
Density0.142857
Components1

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Cage effect

Top relations

related to Initiator efficiency · 6
Cage effect → Due, In, Initiator, Low, Ri, The
related to Cage recombination efficiency · 5
Cage effect → According, Fc, Here Fc, It, The

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Important terminology

cage molecules recombination solvent radicals effect free geminate initiator radical described efficiency chemistry molecule first particle encapsulated diffuse many monomer

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Cage effectrelated to Cage recombination efficiencyThe0.60section
Cage effectrelated to Cage recombination efficiencyFc0.60section
Cage effectrelated to Cage recombination efficiencyHere Fc0.60section
Cage effectrelated to Cage recombination efficiencyAccording0.60section
Cage effectrelated to Cage recombination efficiencyIt0.60section
Cage effectrelated to Initiator efficiencyIn0.60section
Cage effectrelated to Initiator efficiencyLow0.60section
Cage effectrelated to Initiator efficiencyThe0.60section
Cage effectrelated to Initiator efficiencyRi0.60section
Cage effectrelated to Initiator efficiencyInitiator0.60section
Cage effectrelated to Initiator efficiencyDue0.60section

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