Fluorescent naphthalene-based benzene tripod for selective recognition of fluoride in physiological condition /
Kumar, Datta Barun
Fluorescent naphthalene-based benzene tripod for selective recognition of fluoride in physiological condition / created by Datta Barun Kumar, Kar Chirantan and Das Gopal - Journal of chemical sciences Volume 127, number 2, .
Aluminium complex of a naphthalene-based benzene tripod ligand system has been reported for the selective recognition of fluoride in aqueous medium in physiological condition. The ligand can selectively recognize Al3+ through enhancement in the fluorescence intensity and this in situ formed aluminium complex recognizes fluoride through quenching of fluorescence. The receptor system detects fluoride in nanomolar range. The sensing property was extended for practical utility to sense fluoride in tap water, pond water and river water.
09743626
Chemosensor--Fluorescence--Fluoride anion
QD31 JOU
Fluorescent naphthalene-based benzene tripod for selective recognition of fluoride in physiological condition / created by Datta Barun Kumar, Kar Chirantan and Das Gopal - Journal of chemical sciences Volume 127, number 2, .
Aluminium complex of a naphthalene-based benzene tripod ligand system has been reported for the selective recognition of fluoride in aqueous medium in physiological condition. The ligand can selectively recognize Al3+ through enhancement in the fluorescence intensity and this in situ formed aluminium complex recognizes fluoride through quenching of fluorescence. The receptor system detects fluoride in nanomolar range. The sensing property was extended for practical utility to sense fluoride in tap water, pond water and river water.
09743626
Chemosensor--Fluorescence--Fluoride anion
QD31 JOU