Some ideas for something radioactive.
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If all of these things got added, we will be able to make nuclear waste recyclers and maybe something else.
Depleted Uranium (DURN)
Color: Dark Brown
Type: Powder
When URAN created 50 amounts of heat, it turns to DURN. Can be turned back to URAN by mixing it with ISOZ. This reaction makes a lot of pressure and creates some heat and makes ISOZ turn to hot PHOT, additionally heating everything.
Lead (LEAD) (Yes, i know that this has been suggested before)
Color: Dark Gray
Type: Solid
Melts at 750 C to form LLED (Liquid Lead). Both LEAD and LLED absorb neutrons and heat up absorbing them. Also conducts slowly. Evaporates at 3000 C, still absorbs neutrons, but not very good.
Powdered Nuclear Waste(PNCW)
Color: Green
A mix of various elements. Can be filtered to contain either STNE,BRMT, DURN, URAN (uncommon),PLUT (somewhat rare),DEUT (rare), UNBN(extremely rare)
Liquid Nuclear Waste (LNCW)
Created when PNCW is poured to a small amount of water. Acts as acid, but a little bit weaker. Not flammable. At 300 C evaporates and creates WTRW and PNCW. Freezes at -75 C.
Unbinilium(UNBN)
Color: Dark Red
Type: Solid
Extremely rare created when PNCW is filtered. Conducts almost instantly. Melts at 7000C. Evaporates at 9000C. Absorbs neutrons. Easily powdered (at 3 pressure) to PUBN (Powdered Unbinilium). In powdered form transforms to neutrons very fast. In solid,liquid and gas form slowly decays to neutrons.
Polluted Water (PWAT)
Created when PNCW is poured to a large amount of water. Acts as a very weak acid, dissolving only organic things. Makes IRON rust. At 150 C evaporetes to form WTRW. Freezes at -10 C.
Separator (SEPR)
Type: Solid
Used to separate PNCW into other elements.
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He already said their uses, but whether or not anything after depleted uranium should be added is highly questionable. I think depleted uranium is a must have, but the rest are seemingly pointless. My opinion, depleted uranium and polluted water are the best. Polluted water will be made with the intent of water recyclable power plant designs (better description l8ter) and when it is heated to boiling point (evaporation) it will release uranium. This depositions will be used to the filter out the water from the uranium, to be later carries away (using pipe) to the reactor itself.
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When i said " filtered " i meant that PNCW when touches SEPR randomly turns to one of these:
STNE - 40%
BRMT - 20%
DURN - 15%
URAN- 10%
PLUT - 7.5%
DEUT - 7%
PUBN - 0.5%
Uses are:
DURN - Making nuclear reactors with nuclear waste filtering etc. Maybe random element factories.
LEAD - Protecting things that are outside the reactor. Also can be used in bunkers to protect from neutrons.
PNCW - Part of waste-recycling process.
UNBN - Making something very heat-resistant that should be there only for short time. Also can be used as a very fast conuctor or reactor fuel.
PWAT - Simulating water pollution. It looks stupid when PLUT or URAN is just lying on the bottom without having effect on the water.
SEPR - Part of waste-recycling process. -
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the problem with DURN is that many saves depend on URAN being able to Reach over 9000(!!!!) degrees without turning into anything else. PWAT actually sounds like a good idea: a new form of water that *could* emit neutrons, be able to carry URAN that is dissolved and can evaporate ino vapor and URAN...
