If the armours getting damaged the barriers are down, this solution would require at least some of the shields to be withdrawn in case of barrier failure. Viable, but not exactly optimum.
Mass effect systems can create gravity effects but this might be even more energy intensive than shields.
Now that I think about it, it may be tricky to generate a sufficient thermal gradient if the metal used only has a small window of temperatures it is liquid at under vacuum pressures. Probably something that can be compensated for with a stronger magnetic field or another thing we can chalk up to finding the right material.
Also I vaguely remember a discussion about cooling spaceships from a while ago. I believe the thought was that heat is given off via radiation strips on the ship. Someone please link to the discussion if I'm wrong (or right).
Do we lose another cooling system from this or is it as efficient at radiating heat as whatever we think is standard in ME. Just important for planning if we need to research the energy destruction tech first.[/QUOTE
The first part of this is wrong. Kinetic barriers block projectiles containing mass moving at specific speeds. They are notably and canonically weak to laser systems, which is why we and the salarians are developing them. Presumably these shields are maintained constantly in combat conditions as constant forcefields which is why they use so much power and generate so much hear.
The 'liquid diffraction' system works best against lasers but as the evaporated gasses still posses mass they could be caught by the ships kinetic barriers. Even if the barriers failed and gas escaped the mist trail would help divert heat seeking missiles similar to some irl reactive armor systems. While we are working on stasis based tech armor plate projectors for our ships this system would be an ideal renovation installment for the systems alliance's older warships for several reasons but mostly cost efficiency. Not only would installing the channels be simple but their ships already generate significantly more heat then our designs, making it both easy and practical with these channels as secondary exterior heat sinks.