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Update ROKerbalism.cfg
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@Ballatik
Ballatik committed Jun 23, 2020
1 parent 645b2db commit 0c8676a
Showing 1 changed file with 43 additions and 43 deletions.
86 changes: 43 additions & 43 deletions GameData/KerbalismConfig/Profiles/ROKerbalism.cfg
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// NTRS - Radiation Protection for Lunar Mission Scenarios (2005): https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20050215115.pdf
// NHRP - Risk of Radiation Carcinogenesis(2009) : https://humanresearchroadmap.nasa.gov/evidence/reports/Carcinogenesis.pdf
// NTRS - Physical Basis of Radiation Protection in Space Travel, Cucinotta : https://www.academia.edu/29473649/Physical_basis_of_radiation_protection_in_space_travel
// NTRS - Would Current ISS Recycling Life Support Systems Save Mass on a Mars Transit? (2017) : https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20170007268.pdf


// Carbon Dioxide Toxicity
// 1% in air = Drowsiness
// 3% in air = Mild narcosis, Reduced Hearing, Increased Heart Rate and Blood Pressure
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// ==============================================================================
// RULES
// ==============================================================================

Rule
{
name = climatization
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input = Water
output = WasteWater
rate = 0.774144 // Based on RO-TACLS Profile (3.87072 per day)
interval = 17280.0 // 5 drinks per-day
interval = 17280.0 // 5 drinks per-day
degeneration = 0.0666666 // 15 drinks, 3 days (taken from TACLS profile)
individuality = 0.00 // Everyone uses the same amount
warning_message = $ON_VESSEL$KERBAL is thirsty
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input = WasteAtmosphere@0.0099 // efficiency starts at 2 (2 x a pods scrubber), reaches 1 in 8h, then drops below
input = _EVAScrubber@0.0000347
}

//Made for the Mercury Capsule
Process
{
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output = Waste@0.00003234 //Li2CO3 accumulating in the filters for mass conservation
dump = true
}

// Water sublimator for heat removal, currently half-useless since kerbals won't die when it runs out
// Used to add EC consumption and water tanks to EVA - based on the Apollo PLSS
Process
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output = CarbonDioxide@0.00003932
dump = true
}

//Based on the Orion vacuum scrubber
// convention: 1 capacity = enough to scrub output of 1 crew member
Process
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output = CarbonDioxide@0.00003932
dump = true
}

// Vostok/Voskhod used KO2 to generate O2 (4KO2 + 2H2O -> 4KOH + 3O2) and absorb CO2 (4KOH + 2CO2 -> 2K2CO3 + H2O)
// 284.4g of Potassium Superoxide and 36g of Water give 96g of Oxygen and 224.4g of KOH (in this case, Waste)
// for 835g of O2 (1 human daily consumption), 2472.2g of KO2 and 313g of H2O are needed
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input = ElectricCharge@0.1
input = WasteWater@0.00000619
output = Water@0.0000336 // ISS currently achieves 75% Water recovery
output = Ammonia@0.00000104 // Based on Wikipedia, we assume 4.21% of WasteWater is solids and 55% of solids are Urea
output = Ammonia@0.00000104 // Based on Wikipedia, we assume 4.21% of WasteWater is solids and 55% of solids are Urea
dump_valve = Water,Ammonia,Water&Ammonia
}

// FIXME: These don't exist yet, but most likely unnecessary in orbit as it is dumped from the craft. What to do on land bases? Add this for Moon Bases / Mars Bases?
// convention: 1 capacity = enough to process output of 1 crew member
Process
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// Feces is considered to the dominant source of Waste
// Waste is 975.3 times more dense than Ammonia
}
Process
{
name = waste incinerator
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output = ElectricCharge@0.005
dump_valve = Water,ElectricCharge,Water&ElectricCharge
}
Process
{
name = atmo leaks
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// average module radius and corresponding surface area: 1.552 m, 1220 m² (estimated)
// leak rate 0.0004 kg/(day*m²)
}
// Fuel Cells are based off of 1.0kW produced. For the process controller, we
// should be multiplying the capacity * the amount we want produced
// Eg. Apollo Fuel Cells were 1.42kW so the capacity = 1.42
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output = ElectricCharge@1.0
dump_valve = Water
}
// Based on current electrolysis rates where it takes 12.749kWh to make 1L of H
// Convention: 1 "unit" creates just a little more O2 per second than is needed for 1 crew
Process
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output = Oxygen@0.007
dump_valve = Hydrogen,Oxygen
}
Process
{
name = sabatier process
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name = ox to lox converter
modifier = _OXConverter
input = Oxygen@0.0125104279
input = ElectricCharge@0.007381
input = ElectricCharge@0.08291478 // Best option 2873 W for 2.2kg/hr source: https://www.sciencedirect.com/science/article/pii/S0011227517302187
output = LqdOxygen@0.0000154599
}
// convention: 1 capacity = enough to liquify the output of 1 electrolizer
// convention: 1 capacity = enough to liquify the output of 1 electrolizer
Process
{
name = lh2 to h2 converter
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name = h2 to lh2 converter
modifier = _H2Converter
input = Hydrogen@11.1121802
input = ElectricCharge@2.88 // 66% efficiency
input = ElectricCharge@2.88 // 66% efficiency
output = LqdHydrogen@0.0141
}
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// This is caused by thermocoupler degradation. More advanced thermocuplers could generate
// 25% more power at the beginning of a mission and at least 50% more after seventeen years.
// source: https://www.jpl.nasa.gov/news/news.php?feature=6646
Process
Process
{
name = RTG
modifier = _RTG
input = _RTG@0.00000000039637 // 40 year half-life
output = ElectricCharge@1.0
dump = true
}
}
}
// ============================================================================
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slots = 3
}
}
SETUP
{
name = None
desc = Empty slot for mass and cost savings.
}
SETUP
{
name = LiOHScrubber
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id_value = _Scrubber
}
}
SETUP
{
name = KO2 Scrubber
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id_value = _VacScrubber
}
}
SETUP
{
name = Advanced Vacuum Scrubber
desc = An advanced dual-bed vacuum-exposing regenerative scrubber that sequesters <b>CarbonDioxide</b> from the internal atmosphere.
tech = improvedLifeSupport
mass = 0.02 //FIXME
mass = 0.05 //Current ISS CDRA system is 197kg for 4 crew.
cost = 20 //FIXME
MODULE
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name = Water Recycler
desc = Filter impurities out of <b>WasteWater</b>.
tech = advancedLifeSupport
mass = 0.05 //FIXME
mass = 0.19 // Using ISS urine processing system since that's our only wastewater generator, 742kg for 4 crew
cost = 50 //FIXME

MODULE
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name = Configure
title = Fuel Cell
slots = 1

SETUP //Gemini
{
name = Acid IEM Fuel Cell
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id_value = Gemini Fuel Cell
}
}

SETUP //Apollo
{
name = Apollo alkaline Fuel Cell
desc = Combines <b>LqdHydrogen</b> and <b>LqdOxygen</b> to produce <b>Water</b> and <b>Electricity</b>.
tech = lunarRatedPower
mass = 0.075

MODULE
{
type = ProcessController
id_field = title
id_value = Apollo Fuel Cell
}
}

SETUP //Shuttle
{
name = Shuttle alkaline Fuel Cell
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name = Configure
title = Fuel Cell
slots = 1

SETUP //Gemini
{
name = Acid IEM Fuel Cell
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id_value = Gemini Fuel Cell
}
}

SETUP //Apollo
{
name = Apollo alkaline Fuel Cell
desc = Combines <b>LqdHydrogen</b> and <b>LqdOxygen</b> to produce <b>Water</b> and <b>Electricity</b>.
tech = lunarRatedPower
mass = 0.05625

MODULE
{
type = ProcessController
id_field = title
id_value = Apollo Fuel Cell
}
}

SETUP //Shuttle
{
name = Shuttle alkaline Fuel Cell
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name = Configure
title = Fuel Cell
slots = 1

SETUP //Gemini
{
name = Acid IEM Fuel Cell
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id_value = Gemini Fuel Cell
}
}

SETUP //Apollo
{
name = Apollo alkaline Fuel Cell
desc = Combines <b>LqdHydrogen</b> and <b>LqdOxygen</b> to produce <b>Water</b> and <b>Electricity</b>.
tech = lunarRatedPower
mass = 0.4125

MODULE
{
type = ProcessController
id_field = title
id_value = Apollo Fuel Cell
}
}

SETUP //Shuttle
{
name = Shuttle alkaline Fuel Cell
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slots = 0
}
}

SETUP
{
name = None
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name = Water Electrolysis
desc = Split <b>Water</b> into its <b>Hydrogen</b> and <b>Oxygen</b> components.
tech = longTermLifeSupport
mass = 0.05 //FIXME
mass = 0.17 // ISS OGS is 676 kgs for 4 crew
cost = 50 //FIXME

MODULE
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name = Sabatier Process
desc = <b>LqdHydrogen</b> and <b>CarbonDioxide</b> react with a nickel catalyst to produce <b>Water</b> and <b>LqdMethane</b>.
tech = advancedLifeSupport
mass = 0.05 //FIXME
mass = 0.08 // ISS CRS is 329 kgs for 4 crew
cost = 50 //FIXME

MODULE
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id_value = _Sabatier
}
}

SETUP
{
name = Waste Incinerator
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name = GOX to LOX Converter
desc = Liquifies breathable <b>Oxygen</b> into <b>LqdOxygen</b>.
tech = lifeSupportISRU
mass = 0.2 //FIXME
mass = 0.001 //FIXME Best option processes 2.2kg/hr w/mass of 68kg source: https://www.sciencedirect.com/science/article/pii/S0011227517302187
cost = 50 //FIXME

MODULE
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// ============================================================================

@PART:HAS[@MODULE[LaunchClamp]|@MODULE[ModuleRestockLaunchClamp]]:NEEDS[ProfileRealismOverhaul]:FOR[zzzKerbalism]
{
{
MODULE
{
name = ProcessController
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