Pusan National University / Chemistry Institute of Functional Materials / Yeungnam University / University of New Mexico / /
IndustryTerm
bond dissociation energy / metal and ammonium cation-binding properties / lariat-type azacrown ether products / macrocyclic ring systems / chemical yields / acidic methanol solutions / polyethyleneoxy chain / chemical selectivities / macrocyclic products / synthetic protocols / chemical properties / polydonor-imide acceptor systems / allylation products / cyclic products / energy barriers / vinyl sulfide products / α-trialkylsilyl donor-linked imide acceptor systems / crown ether ring systems / imides systems / chemical / α-silyl ether donor site / respective lariat-type crown ether products / acidic methanol solution / donor site / heterocyclic products / respective peptide side chain / energy / /
Organization
Chemistry and Chemistry Institute of Functional Materials / Yeungnam University / Pusan National University / University of New Mexico / Beilstein-Institut / /
Direct and indirect single electron transfer (SET)photochemical approaches for the preparation of novel phthalimide and naphthalimide-based lariat-type crown ethers