Apparent typos or bad copied data on some material TC, SHC and melting points.

When chlorine gas,natural gas, phosphorus gas, salt gas, or sulfur gas condense, their thermal conductivities remain the same, while most other elements (as well as actual data for these materials in real life) indicate that their thermal conductivity should go up by about a factor of 8 to 10. Liquid chlorine in particular has an absurdly low and exploitable thermal conductivity, since it conducts heat into surrounding gasses and solids just as fast as gas chlorine would.

Depleted uranium and uranium ore melt at 132 C, while in real life they melt at about 1132 C, which seems to imply that the leading thousand digit is somehow missing. All four forms of uranium also have absurdly high SHC with molten uranium at 1.69 and the rest at a suspiciously perfect 1. In reality uranium has a slightly lower THC than even lead, at 0.116.

I've attached a dummy log file to this report since an attachment is required; the file is not needed as this issue is not specific to a particular save or setup but to materials balance.