The wires are connected to one another and to an external electrical circuit
by metal electrodes.
Schematic shows the configuration for structural phase transition on a molybdenum ditelluride monolayer (MoTe2, shown as yellow and blue spheres), which is anchored
by a metal electrodes (top gate and ground).
Not exact matches
The two
electrodes were then separated in the asymmetric supercapacitor
by a solid - state electrolyte, which prevented the oxidization of the
metal nitrides.
But since the material that will be needed for the
electrode in these batteries is a mixture of the two, it may be possible to save on the initial materials costs
by using «lower» grades of the two
metals that already contain some of the other.
The migration of those ions is accompanied
by an electric current flowing through wires that are connected to the upper and lower molten
metal layers, the battery's
electrodes.
By making contact along the edge, the team realized a 1D interface between the 2D active layer and 3D
metal electrode.
Two years ago, an international team of researchers showed that
by manipulating electron spin at a quantum magnetic tunneling junction — a nanoscale sandwich made of two
metal electrodes with an insulator in the middle — they could induce a large increase in the junction's capacitance.
But with the new material, either p - type or n - type functions can be obtained just
by bringing the vanishingly thin film into very close proximity with an adjacent
metal electrode, and tuning the voltage in this
electrode from positive to negative.
In a traditional X-ray machine, a filament emits electrons when it is heated above a certain threshold, and those electrons fly through the body and hit a
metal electrode on the other side, creating images; CT scans produce three - dimensional images
by rotating the electron source.
That's typically done
by inserting
metal electrodes into the so - called somatosensory cortex of animals and watching their response.
Scientists have tried to improve lithium - sulfur batteries
by putting lithium
metal on one
electrode and sulfur on the other.
Dr. Rosso's current projects include the following: (1) characterizing the kinetics and mechanisms of elementary charge and ion transport processes in redox transformation of iron oxide minerals, (2) predicting molecular - scale electron transfer kinetics in microbially - mediated reduction of bioavailable iron in subsurface environments, (3) studying mechanisms of heterogeneous reduction of contaminant U (VI) and Tc (VII)
by Fe (II)- bearing minerals, (4) simulation of coupled charge and ion transport in transition
metal oxide
electrodes for advanced materials applications, (5) probing mechanisms and kinetics of mineral transformation to
metal carbonates for geological carbon sequestration, and (6) studying mechanisms of uptake and retention of uranium in sediments.
Venkataraman's pioneering research has made possible these measurements
by using a bottom - up approach to form single - molecule circuits where a molecule self - assembles into a gap between two
metal electrodes.
The Daihatsu FC ShoCase is believed to be the first fuel - cell vehicle to employ the auto maker's hydrazine - hydrate technology, which, according to researchers, has potential to substantially reduce fuel cell costs
by virtually eliminating platinum and other precious
metals in the
electrode catalyst.