A few of der8auer's investigations revealed that the gallium penetration into the cooling block wasn’t too deep. He figured milling away the affected area to a depth of half a millimeter would eradicate any latent hazard. After getting rid of the contaminated steel mix, there needed to be changes made to the standoffs to maintain GPU strain, and comparable adjustments to thermal pad thickness and so on have been required too. Mainly, any contact surface between PCB and cooler wanted adjusting due to the milling away of 0.5mm of material. The overclocking expert utilized some typical non-gallium, non-electrically conductive thermal paste before reassembly of the graphics card.

Whereas metallic elements with the fcc, hcp and bcc structures haven't any Raman-lively vibrations, stable gallium is found to have one Raman band at 246 cm−1. This band will not be observed for molten gallium, and it is attributed to the symmetric stretching vibration of the 2 Ga2 items in the primitive unit cell. Since stable gallium has Raman-lively vibrational modes and has already been reported to exhibit SERS, it should also exhibit plasma resonance enhancement of the Raman scattering by the metal itself, a phenomenon which has not yet been observed experimentally.

At the atomic level, what sets the p-block metals aside from other metals is the larger number of protons in the nucleus and the presence of p-electrons in their valence shells. This makes them nearer to an octet and less prepared to launch electrons than most different metals on the desk. In other phrases, being a p-block metal means having shades of that covalent, nonmetallic character.