A simple and easily synthesized col

A simple and easily synthesized colorimetric and fluorescent chemosensor 1, based on naphthol moieties
as a binding and signaling unit, has been synthesized in a one step procedure. Chemosensor 1 exhibited a
color change from yellow to orange and fluorescence enhancement with a red shift upon binding to Al3þ
in acetonitrile. Moreover, it can selectively detect Cu2þ ions via an ion-promoted oxidation reaction in
acetonitrile, resulting in a selective color change from yellow to dark blue and a fluorescence quenching
effect. Furthermore, chemosensor 1 showed colorimetric and fluorescence selectivity for Cu2þ in aqueous
acetonitrile solution.

ผลลัพธ์ (อังกฤษ) 2:

A Simple and easily synthesized fluorescent and colorimetric Chemosensor 1, based on naphthol moieties
As a binding and signaling UNIT, has been synthesized in a one Step procedure. Chemosensor 1 exhibited a
Color Change from Yellow to orange and fluorescence enhancement upon binding to Al3þ with a Red Shift
in acetonitrile. Moreover, it Cu2þ Can Selectively detect ions via an ion-promoted oxidation reaction in
acetonitrile, resulting in a Selective Color Change from Yellow to Dark blue fluorescence quenching and a
Effect. Furthermore, fluorescence and colorimetric Chemosensor 1 Showed selectivity for Cu2þ in aqueous
acetonitrile Solution.

ผลลัพธ์ (อังกฤษ) 3:

A simple and easily synthesized colorimetric and fluorescent chemosensor 1 based on, naphthol moieties
as a binding and. Signaling unit has been, synthesized in a one step procedure. Chemosensor 1 exhibited a
color change from yellow to orange. And fluorescence enhancement with a red shift upon binding to Al3 þ
in, Moreover acetonitrile.It can selectively detect Cu2 þ ions via an ion-promoted oxidation reaction in
acetonitrile resulting in, a selective color. Change from yellow to dark blue and a fluorescence quenching
effect. Furthermore chemosensor 1, showed colorimetric and. Fluorescence selectivity for Cu2 þ in aqueous
acetonitrile solution.