Electroplating Bath
gtocore:electroplating_bath, from GTOCore
Electroplating Bath
Running Requirements
The multi-block top area of the machine, centered on the
mainframe, can be divided into two sides for inputting different
half-reactions
The input materials in each side area independently search for
half-reaction recipes
When both half-reactions have recipes, belong to the same
electrolyte system, have a semipermeable membrane installed,
and produce opposite charge signs, they will automatically
combine into a total reaction
Total reaction power = sum of both half-reaction powers / 2
Total reaction time = sum of both half-reaction (time × power) /
total reaction power
Semipermeable Membrane
Cation Exchange Membrane: Use when the reaction produces
cations other than protons
Anion Exchange Membrane: Use when the reaction produces
anions other than hydroxide
Proton Exchange Membrane: Use when the reaction produces
protons
Different types of semipermeable membranes provide different
time and energy consumption multipliers for the reactions
Membrane durability consumed per total reaction: ceil(sqrt(total
reaction parallels)) with a basic hatch, or ceil((total reaction
parallels)^0.25) with an advanced hatch
When the reaction produces multiple ions, the semipermeable
membrane only needs to allow one of them to pass through
Accepts Parallel Control Hatches
Allows the installation of parallel control hatches to achieve
parallel processing
Recipe Type: Electrochemical Deposition
After mastering the technology to extract and separate platinum
group metals from ores
GTO Group engineers began experimenting mixing this material
with that
Initially they just alloyed in smelters
But how could they get rhodium PLATED palladium ingots there
- Type
- Items
- Mod
- GTOCore
- ID
- gtocore:electroplating_bath
- Game version
- 0.6.0-dev19 (Normal)