The name says it all, this is simply just a heat graph designed to withstand bombs or heater designs that can fit in the test area Update: added energy particle removal system
detailedgrapher
electronics
graph
heat
Comments
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You need to make the graph measure different tempatures, so if theres 30 degrees, the line goes up to 30 degrees height. Etc.
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wouldnt work fast enough. phot would heat ptct and ntct up too fast
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maybe use a line of ntct/ptct to cool the beam to 20C before it hits the bomb area?
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graph is too big, but the conecpt is good, +1
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@ shay: photons would be great except that at 900 degrees, they would heat the filt when there is no bomb in the chamber.
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wayyy too laggy
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im giving it a +1
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i like the concept, but many of the mechanics are broken/inefficient in it. 1. try replacing the neut area with a phot beam. it will make it much more efficient at conducting the heat. 2. try putting a non conductive element that allows aray through around the filt so the heat isnt lost in the massive block of bray. (aray or wifi works)
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@POWDER_AU_ bombs that use deut/prot generally hit the particle cap, meaning it cant put the bray on the screen, making a broken graph
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i tried multiple things to get the bray to only show when it is in its high life mode... nothing worked, and i cannot figure out how to remove blue bray without removing all bray... sorry for any lag, but i made this on a fast computer.