β Scribed by Boddy, P. J.; Brattain, W. H.
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract Measurements of the electroβosmotic transport of liquid in the germanium (powder) electrolyte solution were carried out. The results can be explained by a theory, which is given by __Verwey and Payens__, which was originally proposed for surface layers consisting of weakly ionized fatty
The potential distribution at the silicon/electrolyte interface was studied in HF solutions using capacitance measurements in conjunction with impedance measurements over a wide frequency range. The electrode impedance was sensitive to the reactions occurring during anodic polarization. The n silico
## Abstract The density of the charge in slow surface states (βΌ 10^12^cm^β2^V^β1^) is estimated from the ratio of the potential drops in the space charge region and the Helmholtz layer. These potential drops are determined from measurements of the surface conductance and electrode capacity of the g