UV: alloys and fusion MK III

Phase id: p15 · Era: UV · Abydos

The UV alloys, then the UV fusion reactor (MK III, 4 UHV circuits) for neutronium. Typical pace (community reports, not independent samples): players report about 3 days in UV (3 runs, 0.7 to 3).

UV metals (tritan steel, UV superconductor)

• Module key: plan:uvmetals · step 82
• Chain: UV metals: tritan steel (Alloy Blast Smelter, 8990 K) and the UV superconductor enriched naquadah trinium europium duranide (UV mixer + 9900 K blast)
• Uses: gtceu:trinium_ingot, gtceu:enriched_naquadah_ingot, gtceu:europium_bucket
• Makes: gtceu:tritan_steel_ingot, gtceu:enriched_naquadah_trinium_europium_duranide_ingot
• Power: Alloy Blast Smelter 8990 K; superconductor 9900 K
• Watch out:
  • Tritan steel: 7 tritanium + 3 maraging steel 300 + 2 enriched naquadah + 3 titanium tungsten carbide + 1 boron nitride (Alloy Blast Smelter, 8990 K).
  • Dusts to prepare: tritanium (fusion metals), enriched naquadah, boron nitride.
  • The UV superconductor needs the UV mixer and a 9900 K blast; the UV reactor takes 4 ingots of it as wire.

UV Fusion Reactor and fusion metals

• Module key: plan:uvfusion · step 83
• Chain: UV Fusion Reactor: complex reflector panel → complex reflector casing → fusion casing MK3 → reactor (4 UHV circuits, 128 UHPIC chips, research 96 CWU/t); also Fusion metals: lutetium → americium, gallium + radon → duranium → tritanium, then neutronium (americium + naquadria); everything but neutronium runs in the ZPM Fusion Reactor (MK II) with tier-2/3 reflectors, neutronium needs the UV reactor (MK III)
• Uses: gtceu:wetware_processor_mainframe, gtceu:uv_machine_hull, gtceu:research_station, gtceu:radon_bucket, gtceu:zirconium_dust, gtceu:polyether_ether_ketone_bucket
• Makes: start_core:uv_fusion_reactor, gtceu:neutronium_ingot, gtceu:tritanium_ingot
• Power: reactor research 96 CWU/t
• Watch out:
  • The reactor takes 4 UHV circuits (wetware mainframes), 128 UHPIC chips, a fusion casing MK3 and 32 ENTED single wire (4 ingots of the UV superconductor).
  • Tier 3 reflectors: complex reflector panels need zirconium and the advanced panels first.
  • Neutronium (600 MEU start): americium + naquadria in the UV reactor; lutetium -> americium, gallium + radon -> duranium -> tritanium.