Configurational gating

Mei H, Wang K, Peffer N, et al. Role of configurational gating in intracomplex electron transfer from cytochrome c to the radical cation in cytochrome c peroxidase. Biochemistry 1999 38 6846-54. 

FIGURE 6-20 Configuration of a penicillin sensor based on an microarray electrode coated with a pH-responsive polypyrrole. Vq = gate voltage VD = drain voltage ID = drain current PS = potentiostat CE and RE = counter and reference electrodes, respectively. (Reproduced with permission from reference 76.)... 

Airport terminals are typically large, open spaces with relatively uniform physical configurations that include, for example, ticketing/check-in areas, baggage claim areas, security checkpoints, concessions, restrooms, and departure gates. These large spaces require heating, ventilation, and... 

The purpose of the work by Haddow, Tuf te, and Van Remortel3 is to artificially evolve a design satisfying a predetermined functionality for implementation in a configurable electronic device (or chip), such as a field programmable gate array (or FPGA). 

Fig. 3 Principle of electrolyte gating. Tuning of the Fermi levels of WEI and WE2 relative to the molecular levels enables measuring of current (0-voltage (E) characteristics i vs ( wei -L we2) at fixed wei or we2, i vs wei or we2 at fixed bias Ebias = ( wei -Ewe2> as well as barrier height profiles i vs distance z of tailored molecular junctions in a vertical SPM-based configuration respective horizontal nanoelectrode assembly...

Fig. 18 For reference, the classical electrical circuit diagram of an XOR gate in diode logic with its two top rectifiers and the relay to detect the logical complete (1,1) input configuration. For a (1,1) input configuration the output current is forced to zero by the relay...

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