Numerical Simulation of Effect of Jetting Speed on 2-D Ni Dendrite Fractal Growth in Jet-electrodeposition with Point Anode

GONG Kai; HUANG Yin-hui; WANG Gui-feng; TIAN Zong-jun; LIU Zhi-dong

Materials and Mechanical Engineering > 2009 > 33(11): 27-30.

GONG Kai, HUANG Yin-hui, WANG Gui-feng, TIAN Zong-jun, LIU Zhi-dong. Numerical Simulation of Effect of Jetting Speed on 2-D Ni Dendrite Fractal Growth in Jet-electrodeposition with Point Anode[J]. Materials and Mechanical Engineering, 2009, 33(11): 27-30.

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Numerical Simulation of Effect of Jetting Speed on 2-D Ni Dendrite Fractal Growth in Jet-electrodeposition with Point Anode

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Received Date: July 05, 2009

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Based on diffusion-limited aggregation model (DLA),the growth model of quasi-two-dimensional electrodeposition with point anode was successfully built to simulate the two-dimensional dendrite growth of Ni at different jetting speeds in jet-electrodeposition.Metal Ni dendrite clusters were prepared by using jet-electrodeposition with round electrolytic cell point anode method at different jetting speeds,and they were compared with the simulation results.The results indicate that the stimulation value was similar to the test result.With the jetting speed increasing,the deposited product morphology became compact gradually,indicating that using the DLA model was feasible to simulate the effect of jetting speed on 2-D Ni dendrite fractal growth in electrodeposition with point anode.The bubble had a great influence on dendrite growth behavior.
- Ni dendrite,
- jet-electrodeposition,
- fractal growth,
- point anode,
- jetting speed

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Numerical Simulation of Effect of Jetting Speed on 2-D Ni Dendrite Fractal Growth in Jet-electrodeposition with Point Anode

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