Another large view with less-defined craters. 

Does anybody else think these things look like barnacles or coral polyps? 

A larger view of the crater buildups. We believe the fiberglass sheathing may have had a hand in forming these shapes. 

In addition to the fuzzy topography of the oxide layers, large buildups with a crater-like shape form. Though this is an interesting development, our test did not produce excess heat along with the formation of these crater forms. 

Acetone-treated 400L celani wire from the CTC. The following images are a result of this addition. 

Image of Celani's test cell with a VERY similar looking fuzzy black coating on his wires.  This goes along with the new release of information by Celani that some people are finding that adding hydrocarbons like Acetone to their cell enhances the energy output of the wire.

View of the Isotan 44 wire loaded with the carbon deposits inside the test cell jest before being removed and replaced with a fresh wire.

View of the Isotan 44 wire loaded with the carbon deposits inside the test cell jest before being removed and replaced with a fresh wire.

Another close up view of the fuzzy textured goo.

Slightly closer view, again.

SEM view of fuzzy carbon deposits on Isotan wire.

Another close SEM view of fuzzy carbon on our wire.

Closer SEM view of fuzzy black goo from a hydrocarbon breaking down on the the surface of Isotan 44 wire.

Single Isotan 44 wire with carbonaceous deposits we termed "Black Goo" 

SEM image of our Isotan44 wires that were coated with a mysterious black goo.