A novel hybrid electrochemical machining (ECM) approach combining a pulsed cathodic
plasma and an electrochemical machining process, namely, plasma-assisted …

Because the electrochemical reactions can occur gently at normal temperature and
pressure, electrochemical micromachining (ECMM) is an important nontraditional precision …

In through-mask electrochemical micromachining (TMEMM), bubbles on the anode surface
can lead to ohmic voltage drop and non-uniform conductivity distribution, resulting in lower …

Counter-rotating electrochemical machining (CRECM) is an innovative ECM method that
can be used to manufacture revolving parts, especially thin-walled casings with complex …

To solve the problem of the nonuniform distribution of temperature and electrolytic products
in the electrolyte flow field during through-mask electrochemical micromachining, the use of …

In pulse electrochemical micromachining, improving the machining accuracy of the
workpiece depends on the relatively small corrosion volume of the material during the …

Through-mask electrochemical micromachining (TMEMM) is the primary method to fabricate
micro pits with controlled size, location, and density. In order to improve the machining …

Micro-hole arrays have found wide applications in aerospace, precision instruments, and
biomedicine. Among various methods of their production, including mechanical, laser, and …

Mask electrolyte jet machining (MEJM) is a highly promising electrochemical machining
method for processing metal surface microstructures due to its high precision and …

Through-mask electrochemical etching (TMEE) is one of the main methods to fabricate metal
microstructures array in large scale. In deep metal microstructure etching process, lateral …