Sentence examples for current deposition from inspiring English sources

The experiments were performed in additive-free 8 M potassium hydroxide electrolytes at 60 °C, electrolyte flow velocities of 3, 6 and 16 cm s−1, and zincate concentrations of 0.2 and 0.5 M. In contrast to continuous current deposition, compact zinc deposits have been obtained in Rota-Hull experiments with pulse interrupt current at all electrolyte flow velocities and zincate concentrations.

Dense aluminium deposits were also obtained on Al substrates using constant current deposition between 10 and 70 mandm2, and the current efficiency was found to be dependent of the current density varying from 85%to100%0%.

The influence of pulsed parameters such as peak current density and pulse on and off time on the deposit compositions was also examined and compared with direct continuous current deposition in relation to the crystallinity, microstructure and the corresponding phases.

Direct current deposition formed the atomic thick Si nanoribbons on Ag (110) substrate.

The interface morphology evolution was recorded using bright-field imaging conditions during galvanostatic (constant current) deposition.

The non-compact filamentous mossy morphology, predominant in continuous current deposition, was not observed.

The local practical current densities of all pulse and one continuous current depositions could be determined from the thickness of the zinc deposits measured by X-ray fluorescence.

The roughness factors are greatly enhanced as the charge densities in the constant-current deposition are increased.

Two different types of sandstone (sandy debris flow and turbidity-current deposition) were sampled systematically and studied by means of thin sections and grain-size analysis, as well as detailed comparison of microscopic petrological characteristics and reservoir properties.

This study demonstrates platinum (Pt) counter electrodes with low charge-transfer resistance (Rct), low Pt loading and high active surface area can be obtained within 30 s by using the direct-current deposition in the presence of 3- 2-aminoethylamino propyl-methyldimethoxysilane (Me-EDA-Si) as an additive.

Escobedo and Mansoori (1995) first developed asphaltene deposition model based on a previous model (Beal 1970) used for aerosol (microscopic liquid or solid particles dispersed on air currents) deposition.