Thorpe–Ingold effect
influence of substituents on the thermodynamics and kinetics of ring-closing reactions in organic chemistry
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Thorpe–Ingold effect
Summary
Thorpe–Ingold effect is a chemical kinetics[1]. It draws 49 Wikipedia views per month (chemical_kinetics category, ranking #1 of 1).[2]
Key Facts
- Thorpe–Ingold effect's instance of is recorded as chemical kinetics[3].
- Jocelyn Field Thorpe is named after Thorpe–Ingold effect[4].
- Christopher Kelk Ingold is named after Thorpe–Ingold effect[5].
- Thorpe–Ingold effect's Commons category is recorded as Thorpe–Ingold effect[6].
- Thorpe–Ingold effect's Freebase ID is recorded as /m/0g5mzk[7].
- Thorpe–Ingold effect's Wolfram Language entity code is recorded as Entity["PhysicalEffect", "ThorpeIngoldEffect"][8].
- Thorpe–Ingold effect's Microsoft Academic ID is recorded as 157405003[9].
Why It Matters
Thorpe–Ingold effect draws 49 Wikipedia views per month (chemical_kinetics category, ranking #1 of 1).[2] It has Wikipedia articles in 8 language editions, a strong signal of global cultural recognition.[10] It is known by 3 alternative names across languages and contexts.[11]