“…Recently, various photochromic compounds have been constructed as chemosensors for metal ions, and their main strategy is to combine responsive functional groups with photochromic molecules. 22–29 Unlike general metal-ion dual chemosensors, the fusion of a photochromic unit and responsive groups would endow the chemosensor with a gating property. Donor–acceptor Stenhouse adducts (DASAs) are a novel kind of organic negative photoresponsive switch discovered by R. D. Alaniz.…”
In this work, a new visible-light-gated donor–acceptor Stenhouse adducts (DASAs) chemosenor with schiff base naphthalene unit was successfully designed and synthesized. The ND-O exhibited typical and excellent negative photochromic properties...
“…Recently, various photochromic compounds have been constructed as chemosensors for metal ions, and their main strategy is to combine responsive functional groups with photochromic molecules. 22–29 Unlike general metal-ion dual chemosensors, the fusion of a photochromic unit and responsive groups would endow the chemosensor with a gating property. Donor–acceptor Stenhouse adducts (DASAs) are a novel kind of organic negative photoresponsive switch discovered by R. D. Alaniz.…”
In this work, a new visible-light-gated donor–acceptor Stenhouse adducts (DASAs) chemosenor with schiff base naphthalene unit was successfully designed and synthesized. The ND-O exhibited typical and excellent negative photochromic properties...
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