The rate of a non-isothermal free convection process has been measured at different temperature gradients in an electrochemical cell having parallel vertical plate copper electrodes, the reaction being the electrodeposition of copper from a copper-sulphate-sulphuric-acid solution. Results agree with the theoretical equation derived previously. They are correlated in a way similar to isothermal free convection in terms of dimensionless ratios, and an equivalence between thermal gradient and rate of stirring under laminar forced convection is established.On a mesuré la vitessed 'un processus à convection naturelle non-isothermique a différents gradients de temperature dans une cellule électrochimique avec des électrodes verticales et parallèl...
The ionic mass-transfer rates accompanying natural convective electrolyte flow in a CuSO4 aqueous el...
The effect of positioning or location of the cathode electrode with respect to the surface margin of...
In thin-layer electrodeposition the dissipated electrical energy leads to a substantial heating of t...
A theoretical solution for the set of differential equations related to laminar free convection unde...
For non-isothermal ionic mass transport-controlled electrochemical reactions on vertical parallel pl...
Natural (free) convection influences electrochemical processes that occur in areas as disparate as e...
Limiting currents have been measured using microelectrolytic cells of the type: Cu/CuSO 4 or CuSO4-...
Simultaneous heat and mass transfer under thermal laminar free convection to a vertical electrode wa...
High purity copper, suitable for electrical applications, can only be obtained by electro-winning. T...
This thesis is concerned with modelling natural convective flows and specifically with their role in...
Elektrochemisch wird zwischen der oberen und unteren Platte einer elektrolytischen Kupfer...
Transport processes in an upright, concentric, annular, electrochemical reactor filled with RedOx el...
The current study is primarily motivated to gain better understanding of the flow pattern, the tempe...
Understanding mass transport is prerequisite to all quantitative analysis of electrochemical experim...
An experimental and theoretical investigation on pattern formation in electrochemical deposition fro...
The ionic mass-transfer rates accompanying natural convective electrolyte flow in a CuSO4 aqueous el...
The effect of positioning or location of the cathode electrode with respect to the surface margin of...
In thin-layer electrodeposition the dissipated electrical energy leads to a substantial heating of t...
A theoretical solution for the set of differential equations related to laminar free convection unde...
For non-isothermal ionic mass transport-controlled electrochemical reactions on vertical parallel pl...
Natural (free) convection influences electrochemical processes that occur in areas as disparate as e...
Limiting currents have been measured using microelectrolytic cells of the type: Cu/CuSO 4 or CuSO4-...
Simultaneous heat and mass transfer under thermal laminar free convection to a vertical electrode wa...
High purity copper, suitable for electrical applications, can only be obtained by electro-winning. T...
This thesis is concerned with modelling natural convective flows and specifically with their role in...
Elektrochemisch wird zwischen der oberen und unteren Platte einer elektrolytischen Kupfer...
Transport processes in an upright, concentric, annular, electrochemical reactor filled with RedOx el...
The current study is primarily motivated to gain better understanding of the flow pattern, the tempe...
Understanding mass transport is prerequisite to all quantitative analysis of electrochemical experim...
An experimental and theoretical investigation on pattern formation in electrochemical deposition fro...
The ionic mass-transfer rates accompanying natural convective electrolyte flow in a CuSO4 aqueous el...
The effect of positioning or location of the cathode electrode with respect to the surface margin of...
In thin-layer electrodeposition the dissipated electrical energy leads to a substantial heating of t...