anodic

Each metal has an anodic index; a high or low anodic index doesn't matter all that much.

There is a way in that it matters: in a vacuum tube you can have cathodic rays but (pragmatically) not anodic rays.

What matters is the difference between the anodic indices of the touching metals.

Galvanizing basically works like anodic protection.

I doubt that it is even enough to remove a significant quantity of the anodic plating on the chip leads to permit the base metal to be attacked.

These PEC devices can perform reactions beyond water splitting (e.g., CO2 reduction to C1 products, or the light-driven C2 hydrocarbon and organic synthesis introduced here), while allowing product separation between the anodic and cathodic sides.

The electrocatalytic energy conversion cell includes a first electrode including a tri-transition metal phosphide catalyst, such as MO3P, a second electrode of an anodic material, an electrolyte disposed between the first electrode and the second electrode, and an electric potential source connected to both electrodes.

I looked it up, though, and the difference in anodic index between iron or carbon steel and stainless steel is larger than that of aluminum - so it it is an issue, it'll be worse with stainless, unless Tesla doesn't use any steel frame or subframe components at all.

In places like the Bay Area, if you look around major concrete structures, you'll see "anodic protection" plates on the ground which contain large blocks of zinc.

Let's not get confused about what "a viewpoint" means - sure, the viewpoint of An innovative anodic approach for efficient immobilization of an acetylenic triple bond via silicon‑carbon bond scission is that their approach for immobilization is innovative.

Their quote from the linked research paper: ”In the second scenario, anodic delamination is caused by the oxidation of the surface of the aluminum substrate and migration of Al3+ into the adhesive.