During DIET, electrons are transferred via biological electrical connections between electron-donor (exoelectrogens) and electron-acceptor (electrotrophs) microorganisms2,4,5.
This category includes artificial magnetic spin ice systems and donor and recipient electrical charge molecular systems.
The important parameters in electro membrane extraction recovery of EV, containing extraction time, electrical potential and pH of donor phases, were optimized by Central composite design and response surface methodology.
Hence, P-Rex family enzymes appear to be required for the maintenance of cerebellar LTP, regardless of whether it is induced by electrical stimulus or by NO donor.
Quantumchemical DFT calculations showed that the electron donor properties of Cu+ (electrical charge and energy of HOMO) depend on the location of Cu+ in zeolites.
Bioelectrochemical systems (BES) have emerged, in which an electrical current serves as either electron donor or acceptor for oil spill bioremediation.
This seemed to be the effect of the donor dopant on the electrical conductivity of a p-type material in which electrons were introduced when Mo6+ substituted at Ti4+ site compensating holes present in the sample [14].
The removal of oxygen vacancy donors would have a similar effect on the electrical performance as the removal of the hydrogen donors: any acceptor states near the CBM would remain unfilled and would act as electron traps.
Further, a high concentration of point defects that are associated with shallow donors also promotes enhanced electrical transport [33].
The PEC performance of TiO2 electrodes can be enhanced by controlling the introduction of oxygen vacancies, which as shallow donors can significantly improve electrical conductivities of TiO2 nano-semiconductors.
