Processing and characterization of precision microparts from nickel-based materials
DM Allen, HJ Almond, K Bedner… - 2008 Symposium on …, 2008 - ieeexplore.ieee.org
The objective of this research was to study the influence of electroplating parameters on
electrodeposit characteristics for the production of nickel (Ni) and nickel-iron (Ni-Fe)
microparts by photoelectroforming. The research focused on the most relevant parameter for
industry, which is the current density, because it determines the process time and the
consumed energy. The results of the Ni and Ni-Fe characterisations can be divided into two
aspects closely linked with each other; the morphology and the hardness.
electrodeposit characteristics for the production of nickel (Ni) and nickel-iron (Ni-Fe)
microparts by photoelectroforming. The research focused on the most relevant parameter for
industry, which is the current density, because it determines the process time and the
consumed energy. The results of the Ni and Ni-Fe characterisations can be divided into two
aspects closely linked with each other; the morphology and the hardness.
Processing and characterisation of precision microparts from nickel-based materials
DM Allen, HJ Almond, K Bedner, M Cabeza… - Microsystem …, 2009 - Springer
The objective of this research was to study the influence of electroplating parameters on
electrodeposit characteristics for the production of nickel (Ni) and nickel–iron (Ni–Fe)
microparts by photoelectroforming. The research focused on the most relevant parameter for
industry, which is the current density, because it determines the process time and the
consumed energy. The results of the Ni and Ni–Fe characterisations can be divided into two
aspects closely linked with each other: the morphology and the hardness.
electrodeposit characteristics for the production of nickel (Ni) and nickel–iron (Ni–Fe)
microparts by photoelectroforming. The research focused on the most relevant parameter for
industry, which is the current density, because it determines the process time and the
consumed energy. The results of the Ni and Ni–Fe characterisations can be divided into two
aspects closely linked with each other: the morphology and the hardness.
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