3D printing can be used to manufacture porous electrodes for lithium-ion batteries -- but because of the nature of the manufacturing process, the design of these 3D printed electrodes is limited ...

A 3D-printed electrode in the form of "interdigitated geometry" which has a ceiling. Rahul Panat and Mohammad Sadeq Saleh. A 3D-printed microlattice electrode can be produced at any size.

The interdigitated electrodes pattern and nanogap electrode pattern without opening of the central gap were formed by electron-beam lithography on PMMA using an Elionix ELS-7000 electron-beam ...

More information: Md Habibur Rahman et al, Tapered, Interdigitated Channels for Uniform, Low-Pressure Flow through Porous ...

The interdigitated electrode, illustrated in Figure 2, offers an alternative solution. The electrodes are supported by a rigid substrate, and the resulting planar structure does not vary with pressure ...

These interdigitated electrodes, which look like two combs fitted together, create an electrostatic field that causes electroadhesion. Video: ...

The interdigitated sensing electrodes were formed from the top metal layer and are used to measure the change in resistance of sensing material, i.e. CNTs in the presence of a gas. The dielectric ...

The A/D ratio can also be applied to interdigitated electrodes as a figure of merit, and is the scaling factor to calculate resistivity and permittivity. A typical disposable dielectric/conductivity ...