Three chromophores ZR1, ZR2 and ZR3 based on the electron donor bearing different lengths of alkoxy chains, the same π-electron bridge and tricyanofuran acceptor, have been synthesized and systematically investigated.
Two donor-acceptor alternating copolymers based on electron-rich triarylamine, di 1- 6- 2-ethylhexyl))naphthyl)phenylamine (di 1- 6- 2-ethylhexyleficient benzothiadi 1- 6- 2-ethylhexylnadi 1- 6- 2-ethylhexylere designaphthyl phenylaminevia Suzuki coupling reaction.
That low sulfate concentration is not a major limitation for freshwater cable bacteria might at first suggest that the electrogenic oxidation process does not rely on sulfide but is based on other electron donors such as short-chain fatty acids, Fe2+, or methane.
CAC scores were derived based on electron-beam computed tomography.
This review, in particular, focuses on extended networks based on XB between electron donor groups bound to metals and halo-pyridine and halo-tetrathiafulvalene moieties as electron acceptors.
Towards the search for a new generation of antibiotics to control methicillin-resistant Staphylococcus aureus (MRSA), the design and synthesis of various bis indolyl methane (BIM) derivatives based on their different electron donor and acceptor properties of the substituents have been made, in which boronic acid derivatives of BIM are found to be active against MRSA.
Here, we utilized the addition-cyclization reaction between phenylglyoxal and citrulline under acidic conditions to design turn-on fluorescent probes for citrulline based on the donor-excited photoinduced electron transfer (d-PeT) mechanism.
According to our proposed model of triboelectricity, which was based on an electron transfer reaction from the mechano-anions as electron donors to the mechano-radicals as electron acceptors on the frictional surface, the induced charge amounts (Yc) of polymers were estimated as 0.3 2.4×10−3 C/m2.
It was reported here a devised and synthesized thiol fluorescent probes ortho-Z3, meta-Z3 and para-Z3 based on photoinduced electron transfer (PET) pathway utilizing fluorophore naphthalimide as the electron donor and responsive group maleimide as the electron acceptor.
The design is based on a donor-two-acceptor π-electron system that can undergo an internal charge transfer to form a new fluorochrome with an extended π-conjugated system.
