Participation of benzene hydrogen bonding upon anion binding
- Authors
 - In, S; Cho, SJ; Lee, KH; Kang, J
 
- Issue Date
 - 2005-09-01
 
- Publisher
 - AMER CHEMICAL SOC
 
- Citation
 - ORGANIC LETTERS, v.7, no.18, pp.3993 - 3996
 
- Abstract
 - A m-xylene-bridged imidazolium receptor, 1, has been designed and synthesized. The receptor 1 utilizes two imidazole (C-H)(+)- - -anion hydrogen bonds and one benzene hydrogen- - -anion hydrogen bond. The major driving force of complexation between the receptor 1 and anions comes from two imidazole (C-H)+- - -anion hydrogen bonds. However, both NMR experiments and ab initio calculations show that the benzene hydrogen attracts the anion guests, clearly indicating benzene (C-H)- - -anion hydrogen bonding.
 
- Keywords
 - RECOGNITION; RECEPTORS; PROGRAM; SENSOR; RECOGNITION; RECEPTORS; PROGRAM; SENSOR; Anion Receptor; Ab initio; Hydrogen bonding
 
- ISSN
 - 1523-7060
 
- URI
 - https://pubs.kist.re.kr/handle/201004/136144
 
- DOI
 - 10.1021/ol0515309
 
- Appears in Collections:
 - KIST Article > 2005
 
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