What you can do from mined moon materials by metenoxes or by hand from raw moon ore? You can do composite and other reactions on Athanor/Tatara in lowsec, nullsec and wormhole as well. But remember “one does not simply place an Athanor out of highsec”.
R4 – Highsec
Material: Silicates, Evaporite Deposits, Hydrocarbons, Atmospheric Gases
Ore: Coesite, Sylvite, Bitumens, Zeolites
R8 – Lowsec
Material: Scandium, Titanium, Cobalt, Tungsten
Ore: Euxenite, Titanite, Cobaltite, Scheelite
R16 – Lowsec
Material: Vanadium, Cadmium, Chromium, Platinum
Ore: Vanadinite, Otavite, Chromite, Sperrylite
R32 – Nullsec
Material: Mercury, Caesium, Hafnium, Technetium
Ore: Cinnabar, Pollucite, Zircon, Carnotite
R64 – Nullsec
Material: Thulium, Promethium, Dysprosium, Neodymium
Ore: Ytterbite, Loparite, Xenotime, Monazite
List of Composite Reactions
Reinforced Carbon Fiber
R4
- Hydrocarbons – R4
- Silicates – R4
- Atmospheric Gases – R4
- Evaporite Deposits – R4
Pressurized Oxidizers
R4
- Hydrocarbons – R4
- Silicates – R4
- Atmospheric Gases – R4
- Evaporite Deposits – R4
Fernite Carbide
R4, R8, R16
- Scandium – R8
- Vanadium – R16
- Evaporite Deposits – R4
- Silicates – R4
Sylramic Fibers
R4, R16
- Evaporite Deposits – R4
- Silicates – R4
- Chromium – R16
- Platinum – R16
Crystalline Carbonide
R4, R8, R16
- Cobalt – R8
- Cadmium – R16
- Hydrocarbons – R4
- Silicates – R4
Titanium Carbide
R4, R8, R16
- Titanium – R8
- Chromium – R16
- Evaporite Deposits – R4
- Silicates – R4
Tungsten Carbide
R4, R8, R16
- Tungsten – R8
- Platinum – R16
- Atmospheric Gases – R4
- Evaporite Deposits – R4
Phenolic Composites
R4, R16, R32
- Evaporite Deposits – R4
- Silicates – R4
- Cadmium – R16
- Caesium – R32
- Vanadium – R16
- Hafnium – R32
Fullerides
R4, R16, R32
- Hydrocarbons – R4
- Silicates – R4
- Platinum – R16
- Technetium – R32
Nanotransistors
R4, R16, R64
- Atmospheric Gases – R4
- Evaporite Deposits – R4
- Platinum – R16
- Technetium – R32
- Mercury – R32
- Neodymium – R64
Photonic Metamaterials
R8, R16, R32, R64
- Cobalt – R8
- Cadmium – R16
- Hafnium – R32
- Thulium – R64
Plasmonic Metamaterials
R8, R16, R32, R64
- Scandium – R8
- Vanadium – R16
- Mercury – R32
- Neodymium – R64
Terahertz Metamaterials
R8, R16, R32, R64
- Tungsten – R8
- Platinum – R16
- Mercury – R32
- Promethium – R64
Hypersynaptic Fibers
R16, R32, R64
- Chromium – R16
- Caesium – R32
- Mercury – R32
- Dysprosium – R64
- Vanadium – R16
- Hafnium – R32
Nonlinear Metamaterials
R8, R16, R32, R64
- Titanium – R8
- Chromium – R16
- Hafnium – R32
- Dysprosium – R64
Ferrogel
R16, R32, R64
- Chromium – R16
- Platinum – R16
- Vanadium – R16
- Promethium – R64
- Hafnium – R32
- Dysprosium – R64
- Cadmium – R16
- Promethium – R64
Nonlinear Metamaterials
R8, R16, R32, R64
- Titanium – R8
- Chromium – R16
- Hafnium – R32
- Dysprosium – R64
Fermionic Condensates
R16, R32, R64
- Cadmium – R16
- Caesium – R32
- Mercury – R32
- Dysprosium – R64
- Neodymium – R64
- Thulium – R64
- Cadmium – R16
- Promethium – R64
