For a small spherical UME, this quantity attains a steady-state value.
For a small spherical UME, this quantity attains a steady-state value. This quantity is found on the y-axis of a so-called "duck-shaped" curve that arises in a certain technique. This quantity is proportional to the one-half power of the angular velocity of an RDE according to the Levich equation. The fact that this quantity is directly proportional to concentration for diffusion-limited reactions is the basis behind the "linear scan" form of a certain technique. The two main modes used in scanning tunneling microscopy are constant height mode and constant this quantitymode. Quantum fluctuations in this quantity cause shot noise. Detectors used in spectrophotometers generate a value of this vector quantity proportional to the number of photons hitting the transducer. For 10 points, name this quantity given by the number of electrons passing through a detector divided by a given time interval.
For a small spherical UME, this quantity attains a steady-state value.
electric current [UME and RDE stand for "ultramicroelectrode" and "rotating disc electrode"]