The sources

Atomic Rockets, advdesign

Cited by Fire and damage control (Airlock discussion).

1 number cites this document

Numbers that cite Atomic Rockets, advdesign

Quantity	Mechanic	Section	Grade
Life support a venting compartment bleeds per tick	Fire and damage control	Airlock discussion	EAuthored

Atomic Rockets, appmissiontable

2 numbers cite this document

Numbers that cite Atomic Rockets, appmissiontable

Quantity	Mechanic	Section	Grade
Change of speed for a hop between two berths at one body	Fuel and the torch drive	Terra-Luna space (the delta-v table, LEO to low lunar orbit)	DAnalogy
Change of speed to hold station at a body for a year	Fuel and the torch drive	Stationkeeping	DAnalogy

Atomic Rockets, appworkedexample

Cited by Hull wear and repair (Structure).

1 number cites this document

Numbers that cite Atomic Rockets, appworkedexample

Quantity	Mechanic	Section	Grade
Share of dry mass that is structure	Hull wear and repair	Structure and Specifications table	CDerived

Atomic Rockets, astromilitary

Cited by Hostile fleets, gun stores and spread (Fleet Design); The deck fight (Naval Boarding); Ship vitals and fight penalties (the armored cruiser passage).

5 numbers cite this document

Numbers that cite Atomic Rockets, astromilitary

Quantity	Mechanic	Section	Grade
Most ships in the captain's wing	The Newtonian fight	Fleet Capabilities (generally built around a six-ship squadron)	EAuthored
Largest navy squadron	Hostile fleets, gun stores and spread	Fleet Design	BSecondary
Largest band of pirates or privateers	Hostile fleets, gun stores and spread	Fleet Design	EAuthored
Seconds to move through one hatch into the next compartment	The deck fight	Naval Boarding	EAuthored
Which compartments each hatch joins	The deck fight	Naval Boarding	EAuthored

Atomic Rockets, atomicfuel

Cited by The power model (Power reactors (decay heat)); Fuel and the torch drive (The Details).

No single number cites this document yet.

Atomic Rockets, basicdesign

Cited by Fire and damage control (Fire); Armor and the six faces (Section before 'Everything Is Connected'); Hold balance and the gimbal (Rocket Tumble); Hold balance and the gimbal (Saddle Truss).

1 number cites this document

Numbers that cite Atomic Rockets, basicdesign

Quantity	Mechanic	Section	Grade
Classes the first-response team can fight	Fire and damage control	Fire	EAuthored

Atomic Rockets, celss

Cited by Life support, food and water (Controlled Ecological Life Support System (opening)).

1 number cites this document

Numbers that cite Atomic Rockets, celss

Quantity	Mechanic	Section	Grade
Most the crew and the modules can cut together	Life support, food and water	Controlled Ecological Life Support System (opening)	EAuthored

Atomic Rockets, commdeck

Cited by Range bands and the joust (the speed of light passage).

1 number cites this document

Numbers that cite Atomic Rockets, commdeck

Quantity	Mechanic	Section	Grade
Speed of light	Range bands and the joust	the speed of light passage	BSecondary

Atomic Rockets, controldeck

Cited by The Newtonian fight (Moment of Inertia); Hold balance and the gimbal (Gimbaled Engines); Hold balance and the gimbal (Atomic Rocket Pilot Console); The bridge crew and standing orders (Moment of Inertia); The bridge crew and standing orders (Ship Control Officers, Combat Information Center).

4 numbers cite this document

Numbers that cite Atomic Rockets, controldeck

Quantity	Mechanic	Section	Grade
Share of the main drive that each end's lateral jets push	The Newtonian fight	Moment of Inertia, Roger Wilcox example	CDerived
Half-angle a keel gun can lay off the bow, by mount size	Kinetic guns and point defense	Gimbaled engines and thrust vectoring	DAnalogy
Crew skill: seconds of warning, chance to miss a call, launch sighting, report precision, gun spread and helm turn	The bridge crew and standing orders	Ship Control Officers, Combat Information Center	EAuthored
The crew procedures: owner, what each raises and whether it acts or asks by default	The bridge crew and standing orders	Ship Control Officers, Combat Information Center	EAuthored

Atomic Rockets, crew

Cited by Fire and damage control (Damage Control); Ship's organization and the Second (Command).

2 numbers cite this document

Numbers that cite Atomic Rockets, crew

Quantity	Mechanic	Section	Grade
Hands a hull needs before it has a Second	Ship's organization and the Second	Command	EAuthored
The four bridge stations	Ship's organization and the Second	Eldraeverse Command Roster	EAuthored

Atomic Rockets, emergency

Cited by Fire and damage control (Escape Craft, and again under damage control).

2 numbers cite this document

Numbers that cite Atomic Rockets, emergency

Quantity	Mechanic	Section	Grade
Hostile merchant lockers (level, competence)	Fire and damage control	Escape Craft, and again under damage control	EAuthored
Chance a destroyed reaction chamber scrams the reactor in a round	The power model	Nuclear Reactor Emergency SCRAM	EAuthored

Atomic Rockets, enginelist

3 numbers cite this document

Numbers that cite Atomic Rockets, enginelist

Quantity	Mechanic	Section	Grade
Meters in one astronomical unit (beacon range and distance code)	Fuel and the torch drive	the note that 1.0 astronomical units is defined as 149,597,870,700 meters	BSecondary
Meters in one astronomical unit (trip distance code)	Fuel and the torch drive	the note that 1.0 astronomical units is defined as 149,597,870,700 meters	BSecondary
Exhaust speed of the lateral jets, which burn water	The Newtonian fight	Nuclear Electrothermal (a resistojet gives an exhaust velocity of about 9,810 m/s)	CDerived

Atomic Rockets, enginelist2

Cited by Fuel and the torch drive (Nuclear Salt Water (NSWR)).

3 numbers cite this document

Numbers that cite Atomic Rockets, enginelist2

Quantity	Mechanic	Section	Grade
Share of the drive's jet power kept as heat (the unit's size)	Heat and radiators	Nuclear Salt Water (NSWR)	EAuthored
Exhaust speed with no thruster grade fitted	Fuel and the torch drive	Nuclear Salt Water (NSWR)	EAuthored
Every rung of the exhaust ladder, no grade then TH-1 to TH-6	Fuel and the torch drive	Nuclear Salt Water (NSWR)	EAuthored

Atomic Rockets, enginelist3

Cited by Fuel and the torch drive (Epstein Drive).

1 number cites this document

Numbers that cite Atomic Rockets, enginelist3

Quantity	Mechanic	Section	Grade
Exhaust speed of the top rung (TH-6)	Fuel and the torch drive	Epstein Drive	BSecondary

Atomic Rockets, heatrad

Cited by Heat and radiators (Radiator Details (Stefan-Boltzmann law)); Heat and radiators (Combat Radiators (the Achilles Heel passage)); Heat and radiators (Sikon, Combat Heat Sinks); Running dark (Radiator vulnerability (text beginning 'Solutions for reducing the vulnerability of radiators')); Ship vitals and fight penalties (Combat Radiators (the Achilles Heel passage)).

8 numbers cite this document

Numbers that cite Atomic Rockets, heatrad

Quantity	Mechanic	Section	Grade
Share of the drive's full heat that whole fins shed	Heat and radiators	Mo/Li Heat Pipe (Radiator Types)	DAnalogy
Temperature rise the tank water may take before it boils	Heat and radiators	Combat Heat Sinks (the Attack Vector: Tactical water heat sink passage)	DAnalogy
Specific heat of water used for the tank	Heat and radiators	Combat Heat Sinks (the Attack Vector: Tactical water heat sink passage)	BSecondary
Energy to warm one kg of tank water to boiling and then boil it off	Heat and radiators	Combat Heat Sinks (the Attack Vector: Tactical water heat sink passage)	CDerived
Heat a molybdenum and lithium heat pipe radiator sheds, per square meter	Heat and radiators	Mo/Li Heat Pipe (Radiator Types)	BSecondary
Chance an ordinary hull hit also reaches a fin	Heat and radiators	Combat Radiators (the Achilles Heel passage)	EAuthored
Chance an enemy aims at the fins in one volley	Heat and radiators	Combat Radiators (the Achilles Heel passage)	EAuthored
Heat a fight adds while dark	Running dark	Radiator vulnerability	EAuthored

Atomic Rockets, humanfactor

2 numbers cite this document

Numbers that cite Atomic Rockets, humanfactor

Quantity	Mechanic	Section	Grade
Acceleration a crew bears with no strain	Fuel and the torch drive	Table 1, gross effects of acceleration forces	BSecondary
Fatigue a crew gains per day for each unit of acceleration above the no-strain line	Fuel and the torch drive	the acceleration passage (the human body only can take 2-3 gees)	EAuthored

Atomic Rockets, infrastructure

3 numbers cite this document

Numbers that cite Atomic Rockets, infrastructure

Quantity	Mechanic	Section	Grade
Ceres distance from the sun	Mining the belt	Solar Power Stations table	BSecondary
Vesta distance from the sun	Mining the belt	Solar Power Stations table	BSecondary
Pallas distance from the sun	Mining the belt	Solar Power Stations table	BSecondary

Atomic Rockets, landing

Cited by Atmospheric entry and the descent corridor (Aerobraking Landing).

4 numbers cite this document

Numbers that cite Atomic Rockets, landing

Quantity	Mechanic	Section	Grade
Base chance that a round of the dive goes clean	Atmospheric entry and the descent corridor	Aerobraking Landing	EAuthored
Chance bonus of a powered descent	Atmospheric entry and the descent corridor	Aerobraking Landing	EAuthored
Chance penalty of an aerobraked descent	Atmospheric entry and the descent corridor	Aerobraking Landing	EAuthored
Share of a missed aerobrake that lands long	Atmospheric entry and the descent corridor	Aerobraking Landing	EAuthored

Atomic Rockets, lifesupport

Cited by Fire and damage control (Atmosphere discussion near the oxygen consumption figures); Life support, food and water (Introduction (person-day accounting)); Life support, food and water (Eeking Out); Life support, food and water (Food (USS Wyoming figures)); Life support, food and water (alternate figures from the NC State document); Life support, food and water (Breathing Mix); Life support, food and water (carbon dioxide in the air (percent list)); Life support, food and water (Water).

12 numbers cite this document

Numbers that cite Atomic Rockets, lifesupport

Quantity	Mechanic	Section	Grade
Density of air	Fire and damage control	Air density note (1.225 kg per cubic meter)	BSecondary
Mix of the refill gas: nitrogen and oxygen by share of volume, with molar masses	Fire and damage control	Space Shuttle atmosphere (79 percent nitrogen, 21 percent oxygen)	BSecondary
Gun sizes whose hole can empty a compartment at once	Fire and damage control	Explosive decompression (the 126 millisecond passage)	DAnalogy
Recycling draw for each person aboard	Running dark	Water (TransHab water management subsystem)	CDerived
Carbon dioxide a person adds to the air, per day, as a volume	Running dark	Carbon dioxide levels (0.998 kilograms a day)	CDerived
Share of the cabin air in carbon dioxide at which the crew turns drowsy	Running dark	Carbon dioxide levels (0.04, 1, 3, 5 percent)	BSecondary
Food one person eats in a day	Life support, food and water	Food (USS Wyoming figures)	DAnalogy
Water one person uses in a day	Life support, food and water	Eeking Out	DAnalogy
Morale each hand loses per day with no water	Life support, food and water	Eeking Out	EAuthored
Life support integrity at which the air fails	Life support, food and water	carbon dioxide in the air (percent list)	EAuthored
Food one hull hand eats in a day (the hull sizing)	Life support, food and water	Food (USS Wyoming figures)	DAnalogy
Water one hull hand uses in a day (the hull sizing)	Life support, food and water	Eeking Out	DAnalogy

Atomic Rockets, mining

Cited by Mining the belt (the table of the largest asteroids); Mining the belt (the text under the table of the largest asteroids); Mining the belt (the list of asteroid types (C, S, M, D)); Terrain, cover and harbors (Asteroid Mining).

3 numbers cite this document

Numbers that cite Atomic Rockets, mining

Quantity	Mechanic	Section	Grade
Ceres: size in km and mass in kg	Mining the belt	table of the largest asteroids	BSecondary
Pallas: size in km and mass in kg	Mining the belt	table of the largest asteroids	BSecondary
Vesta: size in km and mass in kg	Mining the belt	table of the largest asteroids	BSecondary

Atomic Rockets, misconceptions

Cited by The Newtonian fight (There Is No Friction In Space); The Newtonian fight (Rockets Are Not Fighter Planes); The Newtonian fight (Rockets Are Not Arrows).

No single number cites this document yet.

Atomic Rockets, pirate

Cited by The Newtonian fight (Intercepting the target); The Newtonian fight (Approach); Hailing, boarding and prize law (Piracy).

7 numbers cite this document

Numbers that cite Atomic Rockets, pirate

Quantity	Mechanic	Section	Grade
Range inside which a pirate can put its crew across	The Newtonian fight	Intercepting the target	EAuthored
Time the match must hold before the boarders are across	The Newtonian fight	Approach	EAuthored
Cargo a refusal destroys outside a lost fight, as a share of the hold's value, when the Second expects to lose	Hailing, boarding and prize law	Approach	EAuthored
Cargo a refusal destroys outside a lost fight, as a share of the hold's value, when the Second calls it even	Hailing, boarding and prize law	Approach	EAuthored
Cargo a refusal destroys outside a lost fight, as a share of the hold's value, when the Second expects to win	Hailing, boarding and prize law	Approach	EAuthored
Range inside which a raider can board	Hailing, boarding and prize law	Intercepting the target	EAuthored
Time the match must hold before the boarders are across	Hailing, boarding and prize law	Intercepting the target	EAuthored

Atomic Rockets, power

Cited by The power model (Fission power (SAFE-400 heatpipe reactor)); The power model (batteries table (Lithium-Ion rechargeables)).

3 numbers cite this document

Numbers that cite Atomic Rockets, power

Quantity	Mechanic	Section	Grade
Bank size in rounds of the hull's own rated reactor output	The power model	batteries table (Lithium-Ion rechargeables)	EAuthored
Share of the plant's thermal power that becomes electricity	The power model	Space Nuclear Power Program (SAFE-400 and Prometheus)	BSecondary
Reactor plant's conversion: heat on the loop is each watt drawn divided by this	Running dark	Space Nuclear Power Program (Prometheus and SAFE-400 figures)	BSecondary

Atomic Rockets, prelimnotes

Cited by Fire and damage control (A story excerpt, not a measured claim); Mining the belt (the asteroid-belt trope (Annoying Trope #1)); Terrain, cover and harbors (Science-Fictional Shibboleths).

2 numbers cite this document

Numbers that cite Atomic Rockets, prelimnotes

Quantity	Mechanic	Section	Grade
Real spacing of bodies over 1 km, as the game records it	Mining the belt	Annoying Trope #1, the asteroid belt	BSecondary
Radius from a field center within which real members and mined rocks lie	Terrain, cover and harbors	Science-Fictional Shibboleths	EAuthored

Atomic Rockets, radiation

Cited by Radiation dose (Galactic Cosmic Radiation (Curiosity measurement)); Radiation dose (Radiation levels on the way to Mars); Radiation dose (Solar storms); Radiation dose (Space Radiation Risks: GCR vs SFE); Radiation dose (Gradual SPEs (NASA text)); Radiation dose (Trapped Radiation (Jupiter dose table)); Radiation dose (Chronic Radiation Syndrome Chart); Radiation dose (Acute Radiation Syndrome Chart); Radiation dose (Acute and chronic exposure (paragraph beginning 'There are two kinds of radiation exposure')).

19 numbers cite this document

Numbers that cite Atomic Rockets, radiation

Quantity	Mechanic	Section	Grade
Open-space dose with no shielding	Radiation dose	Galactic Cosmic Radiation (the Curiosity passage)	BSecondary
Shielding that halves the cosmic-ray background	Radiation dose	Trapped Radiation (the Jupiter shielding table), and Effectiveness of Shielding Materials for the 15 to 20 grams of water	BSecondary
Shielding that halves a solar storm dose	Radiation dose	Effectiveness of Shielding Materials	CDerived
Solar events a year	Radiation dose	Solar Energetic Particles (the gradual SPE passage)	BSecondary
Years in one solar cycle	Radiation dose	Galactic Cosmic Radiation (the Curiosity passage)	BSecondary
Chance of an event on any one day	Radiation dose	Solar Energetic Particles (the gradual SPE passage)	CDerived
Worst event, bare hull at 1 AU, once a cycle	Radiation dose	Effectiveness of Shielding Materials	BSecondary
Annual limit the screens quote	Radiation dose	Trapped Radiation (the Jupiter dose table), and the Chronic Radiation Syndrome Chart for the adult annual limit	BSecondary
Five-year limit the screens quote	Radiation dose	Trapped Radiation (the Jupiter dose table)	BSecondary
Lifetime dose at which a hand asks to go ashore	Radiation dose	Observation (the ESA limit passage)	BSecondary
Acute dose at which a hand is radiation sick	Radiation dose	Acute Radiation Syndrome Chart	BSecondary
Acute dose the body clears each day	Radiation dose	Acute Radiation Syndrome Chart	CDerived
Acute dose bands (floor, grade, term)	Radiation dose	Acute Radiation Syndrome Chart	DAnalogy
Io belt dose (read by getbeltdoseforvisit)	Radiation dose	Trapped Radiation (the Jupiter dose table)	BSecondary
Europa belt dose	Radiation dose	Trapped Radiation (the Jupiter dose table)	BSecondary
Ganymede belt dose	Radiation dose	Trapped Radiation (the Jupiter dose table)	BSecondary
Callisto belt dose	Radiation dose	Trapped Radiation (the Jupiter dose table)	BSecondary
Shielding of the RS-6 module	Radiation dose	Observation (the storm shelter passage)	BSecondary
Areal density of real shelters that the module screen compares a number to	Radiation dose	the passage comparing suit, Apollo, Shuttle, ISS and lunar base shielding	BSecondary

Atomic Rockets, realdesigns3

2 numbers cite this document

Numbers that cite Atomic Rockets, realdesigns3

Quantity	Mechanic	Section	Grade
Air plant draw for each person aboard (never shed)	Running dark	HOPE (BNTR) crew vehicle, power budget	DAnalogy
Crew services draw for each person aboard	Running dark	HOPE (BNTR) crew vehicle, power budget	DAnalogy

Atomic Rockets, rescue

Cited by Salvage and distress (Introduction).

3 numbers cite this document

Numbers that cite Atomic Rockets, rescue

Quantity	Mechanic	Section	Grade
Hours to move cargo mass between two hulls	Hailing, boarding and prize law	Introduction	EAuthored
Reach of a rescue cutter from its base	Salvage and distress	Introduction	EAuthored
Burn of a rescue cutter	Salvage and distress	Introduction	EAuthored

Atomic Rockets, sidearmintro

Cited by Kinetic guns and point defense (Which Gun Is Better?); Hostile fleets, gun stores and spread (Which Gun Is Better?).

2 numbers cite this document

Numbers that cite Atomic Rockets, sidearmintro

Quantity	Mechanic	Section	Grade
Seconds of fire a cartridge gun's barrel takes	Heat and radiators	the paragraph on guns heating in vacuum	EAuthored
Seconds a cartridge gun's barrel needs to cool one second of fire	Heat and radiators	the paragraph on guns heating in vacuum	EAuthored

Atomic Rockets, slowerlight3

1 number cites this document

Numbers that cite Atomic Rockets, slowerlight3

Quantity	Mechanic	Section	Grade
Share of the plate each face gets, in the same order (bow heaviest)	Armor and the six faces	Dust and near-light travel passage	EAuthored

Atomic Rockets, spacegunconvent

Cited by Armor and the six faces (Kinetics: rods and obliquity); Armor and the six faces (Whipple shield and standoff); The power model (railgun efficiency); Kinetic guns and point defense (Equations (Robinson's First Law of Space Combat)); Kinetic guns and point defense (Equations (hypervelocity impact)); Kinetic guns and point defense (Railguns); Kinetic guns and point defense (Coilgun (Ferromagnetic projectiles)); Kinetic guns and point defense (Kinetic Kill Weapons); Kinetic guns and point defense (Equations (Combustion Light Gas Gun and ETC guns)); Kinetic guns and point defense (Equations (seekers)); Range bands and the joust (Railguns).

10 numbers cite this document

Numbers that cite Atomic Rockets, spacegunconvent

Quantity	Mechanic	Section	Grade
Angles the helm can turn a face to a contact	Armor and the six faces	Kinetics: rods and obliquity	EAuthored
Muzzle speed of a coilgun	Armor and the six faces	Coilguns	EAuthored
Muzzle speed of a railgun	Armor and the six faces	Railguns	BSecondary
Energy of one power point	The power model	Navy railgun comment: full scale weapon designed to use 64 megajoules	DAnalogy
Power a rail firing draws, by gun size (a coil draws a share of it)	The power model	Navy railgun comment: full scale weapon designed to use 64 megajoules	EAuthored
Coil firing's draw as a share of a rail's	The power model	Railgun and coilgun efficiency	DAnalogy
Muzzle speed by mechanism	Kinetic guns and point defense	Railguns	EAuthored
Power of closing speed that scales a round's damage	Kinetic guns and point defense	Robinson's First Law of Space Warfare paragraph	BSecondary
Spread added by a rail at the end of its life, as a multiple of its spread when new	Hostile fleets, gun stores and spread	US Navy Railguns	EAuthored
Outer edges of the close band and the mid band	Range bands and the joust	Railguns	CDerived

Atomic Rockets, spacegunconvent2

Cited by Kinetic guns and point defense (Equations (kinetic particle attacks, in the laser cannon section)).

3 numbers cite this document

Numbers that cite Atomic Rockets, spacegunconvent2

Quantity	Mechanic	Section	Grade
Density of each plate material	Armor and the six faces	Radiation shielding materials passage: iron at 7.84 g/cm^3 for steel, tungsten at 19.3 g/cm^3	EAuthored
Density of rolled steel plate	Armor and the six faces	Radiation shielding materials, iron at 7.84 g/cm^3 to simulate steel	BSecondary
Multiplier on the radiator clip chance for a canister cloud	Kinetic guns and point defense	Equations, kinetic particle attacks (laser cannon section)	EAuthored

Atomic Rockets, spacegunintro

Cited by Kinetic guns and point defense (Introduction).

1 number cites this document

Numbers that cite Atomic Rockets, spacegunintro

Quantity	Mechanic	Section	Grade
Pellets in one canister shell, by mount size	Kinetic guns and point defense	Introduction	EAuthored

Atomic Rockets, spacewardefense

Cited by Armor and the six faces (Section 10: Armor, Damage and Survivability, Whipple shield passage); Armor and the six faces (Section 10, standoff and Orbital Debris citation); Armor and the six faces (Section 10, long-rod formula and Los Alamos rule); Armor and the six faces (Section 10, armor ladder); Armor and the six faces (Section 10, defense against low-mass/high-speed projectiles); Armor and the six faces (Opening fiction passage on a ship's hull); Kinetic guns and point defense (Kinetic PD); Kinetic guns and point defense (Laser vs. Missile); Kinetic guns and point defense (Armor).

20 numbers cite this document

Numbers that cite Atomic Rockets, spacewardefense

Quantity	Mechanic	Section	Grade
Pools along one side of a face	Armor and the six faces	Section 10: Armor, Damage and Survivability	EAuthored
Impact speed where a plate's hardness starts to fade	Armor and the six faces	Section 10: Armor, Damage and Survivability, Whipple shield passage	BSecondary
Thickness of one point of plate depth	Armor and the six faces	Section 10: Armor, Damage and Survivability	EAuthored
Most a plate reads as leaning, to keep the line-of-sight factor finite	Armor and the six faces	Section 10: General Armor Tactics, sloped armor	EAuthored
Ceiling a full replate costs, by material	Armor and the six faces	Section 10, armor ladder	EAuthored
Warship hull slopes by face	Armor and the six faces	Section 10: General Armor Tactics, sloped armor	EAuthored
Blunt hull slopes by face (carriers, troop transports, multirole)	Armor and the six faces	Section 10: General Armor Tactics, sloped armor	EAuthored
Freighter hull slopes by face	Armor and the six faces	Section 10: Armor, Damage and Survivability	EAuthored
Standard rolled steel plate, rating	Armor and the six faces	Section 10, armor ladder	EAuthored
Cargo space wrecked per point of a round's penetration	Armor and the six faces	Whipple shield (the stuffed Whipple passage)	EAuthored
Share of the fuel tank a wrecked feed line loses per travel day	Fuel and the torch drive	the passage on a projectile hitting a tank of fluid	EAuthored
Share of the fuel tank a wrecked feed line loses per combat round	Fuel and the torch drive	the passage on a projectile hitting a tank of fluid	EAuthored
Power of closing speed that scales a round's penetration	Kinetic guns and point defense	Section 10: Armor, Damage and Survivability, Tate formula and crater passage	CDerived
Impact speed above which plate hardness fades	Kinetic guns and point defense	Section 10: Armor, Damage and Survivability, Whipple shield passage	BSecondary
Rounds one point defense mount can engage in a second	Kinetic guns and point defense	Kinetic PD	EAuthored
A round is engaged by point defense once it is this close to arriving	Kinetic guns and point defense	Kinetic PD	EAuthored
Reach of point defense against a drone	Kinetic guns and point defense	Kinetic PD	EAuthored
Highest chance one mount stops a drone on one try	Kinetic guns and point defense	Kinetic PD	EAuthored
Sleek hull slopes by face	Hull classes, sizes and slots	Section 10: General Armor Tactics, sloped armor	EAuthored
Square hull slopes by face	Hull classes, sizes and slots	Section 10: General Armor Tactics, sloped armor	EAuthored

Atomic Rockets, spacewardetect

Cited by Running dark (What If I Run Silent And Cold?); Running dark (Surely Sheer Distance Will Hide Engine Burns); Running dark (Section 3: Stealth Problems Overview); Running dark (There Ain't No Stealth In Space).

6 numbers cite this document

Numbers that cite Atomic Rockets, spacewardetect

Quantity	Mechanic	Section	Grade
Thermal signature of a light, medium and heavy craft with the drive off	Running dark	What If I Run Silent And Cold?	EAuthored
Signature added for each m/s^2 of fitted acceleration	Running dark	Surely Sheer Distance Will Hide Engine Burns	EAuthored
Share of the baseline a dark hull keeps	Running dark	What If I Run Silent And Cold?	EAuthored
Share of the day's contact chance left while dark	Running dark	There Ain't No Stealth In Space	EAuthored
Heat the loop holds before the hull cooks (getheatcapacity returns this for every hull)	Running dark	Section 3: Stealth Problems Overview	EAuthored
Range past which active returns are too faint to image	The observer and ship condition	What If I Run Silent And Cold?	EAuthored

Atomic Rockets, spacewarintro

Cited by The Newtonian fight (4. Everything Happens Super Fast); The Newtonian fight (1. Space Is Really Big).

1 number cites this document

Numbers that cite Atomic Rockets, spacewarintro

Quantity	Mechanic	Section	Grade
Time a crew needs to see a round before it can start a dodge	The Newtonian fight	4. Everything Happens Super Fast	EAuthored

Atomic Rockets, spacewarship

Cited by Heat and radiators (the coilgun in the example design); The power model (Space Warships: Power Generation, Waste Heat, and Firepower).

2 numbers cite this document

Numbers that cite Atomic Rockets, spacewarship

Quantity	Mechanic	Section	Grade
Heat one firing puts in a gun's sink, by size	Heat and radiators	the coilgun in the example design	EAuthored
Firings a rail gun's sink takes before the gun must wait	Heat and radiators	the coilgun in the example design	DAnalogy

Atomic Rockets, spacewarshipart

Cited by Heat and radiators (Heat Radiators and the multi-mode reactor passage); The power model (multi-mode reactor for burst power).

1 number cites this document

Numbers that cite Atomic Rockets, spacewarshipart

Quantity	Mechanic	Section	Grade
Heat one active cooling dump vents	Heat and radiators	Heat Radiators and the multi-mode reactor passage	EAuthored

Atomic Rockets, spacewartactic

Cited by The Newtonian fight (No "stop-onna-dime"); The Newtonian fight (Hard to hit distant moving object); The Newtonian fight (The Trumpet Bell Effect); The Newtonian fight (Tactical Effects).

4 numbers cite this document

Numbers that cite Atomic Rockets, spacewartactic

Quantity	Mechanic	Section	Grade
Time between side changes in a weave	The Newtonian fight	The Trumpet Bell Effect	EAuthored
Angle of each wing ship's bearing off the leader's, about the target, in the crossfire formation	The Newtonian fight	Three-Dimensional Thinking	EAuthored
Furthest range band each mechanism can shoot at	Kinetic guns and point defense	the range and fire control discussion	EAuthored
Point defense strength by range band (close, mid, long)	Kinetic guns and point defense	plenty of time to shoot down incoming projectiles	EAuthored

Atomic Rockets, starshipowner

Cited by Hull wear and repair (cost of running a cargo starship); Hull wear and repair (maintenance remarks).

1 number cites this document

Numbers that cite Atomic Rockets, starshipowner

Quantity	Mechanic	Section	Grade
Maintenance owed per travel day, as a share of hull upkeep value	Hull wear and repair	cost of running a cargo starship	DAnalogy

Atomic Rockets, thermodynamics

Cited by Heat and radiators (the heat radiator Achilles heel passage and the thermocouple answer).

No single number cites this document yet.

Atomic Rockets, torchships

Cited by Fuel and the torch drive (Introduction); Fuel and the torch drive (Torchship Performance (Rocketpunk Manifesto, On Torchships)); Fuel and the torch drive (Constant-acceleration Delta-V); Fuel and the torch drive (Low Gear / High Gear (Robinson and Campbell)).

1 number cites this document

Numbers that cite Atomic Rockets, torchships

Quantity	Mechanic	Section	Grade
Water in a full tank, as a share of the hull's dry mass	Fuel and the torch drive	Torchship Performance (Rocketpunk Manifesto, On Torchships)	EAuthored

Atomic Rockets, usefultables

Cited by Terrain, cover and harbors (Rho (density) Table); The observer and ship condition (The Boom Table).

2 numbers cite this document

Numbers that cite Atomic Rockets, usefultables

Quantity	Mechanic	Section	Grade
Bulk density of an asteroid, for a body with no published mass	Terrain, cover and harbors	Rho (density) Table	BSecondary
Wavelength of the light a passive look uses	The observer and ship condition	The Boom Table	BSecondary

46 CFR parts 35, 95, 97 and 199: US merchant vessel fire and emergency rules

The link is part 35 of the 1 October 2025 edition on govinfo.gov. Parts 95, 97 and 199 are PDFs in the same edition (CFR-2025-title46-vol4-part95, CFR-2025-title46-vol4-part97 and CFR-2025-title46-vol7-part199, under govinfo.gov/content/pkg/).

Cited by Fire and damage control (46 CFR 199.80(b) and 97.55-1).

1 number cites this document

Numbers that cite 46 CFR parts 35, 95, 97 and 199: US merchant vessel fire and emergency rules

Quantity	Mechanic	Section	Grade
Ticks the crew takes to clear a space before it is vented	Fire and damage control	95.16-45(a)(1)	DAnalogy

49 CFR 172.101 and 173: US hazardous materials classes (the UN classes the IMDG Code uses)

The link is part 173 of the 2025 edition on govinfo.gov. Part 172 (the hazardous materials table) is in the same volume.

Cited by Fire and damage control (49 CFR 173.2, 173.120, 173.127).

2 numbers cite this document

Numbers that cite 49 CFR 172.101 and 173: US hazardous materials classes (the UN classes the IMDG Code uses)

Quantity	Mechanic	Section	Grade
Share of the hold's room a cargo fire burns per tick, per level	Fire and damage control	49 CFR 173.2, 173.120, 173.127	EAuthored
Ticks between growth steps for a volatile cargo fire	Fire and damage control	49 CFR 173.2, 173.120, 173.127	EAuthored

ACP 125(G), Communications Instructions: Radiotelephone Procedures

The CCEB publishes no public copy. A university hosts the 2016 text, and the pages do not link it.

Cited by Radio voice (Paragraphs 520, 522, 536 and 901, Annex A to chapter 3, chapter 7 example C).

3 numbers cite this document

Numbers that cite ACP 125(G), Communications Instructions: Radiotelephone Procedures

Quantity	Mechanic	Section	Grade
The register each flag speaks in	Radio voice	What the document says	EAuthored
The four stand-down hails of the TACTICAL register	Radio voice	Paragraphs 520, 522, 536 and 901	EAuthored
The four opening engagement calls of the TACTICAL register	Radio voice	Where the source is silent	EAuthored

Apollo-Salyut/Soyuz docking: the speed and alignment a docking mechanism must take

2 numbers cite this document

Numbers that cite Apollo-Salyut/Soyuz docking: the speed and alignment a docking mechanism must take

Quantity	Mechanic	Section	Grade
Relative speed a boarding needs	The Newtonian fight	Initial-impact criteria: axial closing velocity 0.05 to 0.3 m/s	DAnalogy
Largest relative speed a boarding match allows	Hailing, boarding and prize law	Initial-impact criteria: axial closing velocity 0.05 to 0.3 m/s	DAnalogy

BLS Survey of Occupational Injuries and Illnesses: gunshot wounds, days away from work

The link is the BLS index of the yearly tables. Each table is a PDF behind it.

Cited by Wounds, medicine and salvage after a fight (Gunshot wounds, nature code 134).

1 number cites this document

Numbers that cite BLS Survey of Occupational Injuries and Illnesses: gunshot wounds, days away from work

Quantity	Mechanic	Section	Grade
Days off duty after a deck fight	Wounds, medicine and salvage after a fight	Gunshot wounds, nature code 134, days away from work	CDerived

IAMSAR Manual, volumes I and III (2016), with SOLAS V/33

No free copy exists. The link is the IMO page that lists the manual for sale. ICAO sells it too. The pages cite the 2016 volumes I and III, and the current edition is 2025.

Cited by Salvage and distress (Volume III section 1 and appendix A (SOLAS V/33.1, 33.2), section 2 figures 2-3 and 2-4, and p. 4-7).

2 numbers cite this document

Numbers that cite IAMSAR Manual, volumes I and III (2016), with SOLAS V/33

Quantity	Mechanic	Section	Grade
Contact chance added each day for the rest of the leg after you relay	Salvage and distress	Volume III figures 2-3 and 2-4	EAuthored
Days a berth takes to hear a fuel beacon and ready a hull	Salvage and distress	Volume III section 1	EAuthored

IHO Hydrographic Dictionary (S-32): relative bearing terms

1 number cites this document

Numbers that cite IHO Hydrographic Dictionary (S-32): relative bearing terms

Quantity	Mechanic	Section	Grade
Bearing sectors in a seaman's words: ahead, bow, beam, quarter and astern	The bridge crew and standing orders	entries on the beam, on the bow, on the quarter	BSecondary

International Convention on Salvage, 1989

The link is the UK Treaty Series copy the pages cite. The IMO keeps the convention's own page at imo.org.

Cited by Hull wear and repair (What the game does with it); Salvage and distress (Articles 1(a), 4(1), 12, 13, 16, 18 and 19).

5 numbers cite this document

Numbers that cite International Convention on Salvage, 1989

Quantity	Mechanic	Section	Grade
Condition at which a hulk can fly	Hull wear and repair	What the document says	EAuthored
Capture bonus on a boarded wreck, as a share of the kill bounty (a game number, not salvage law)	Salvage and distress	Article 13(1), criteria for the reward	EAuthored
Share of the drawn reward the stranded crew actually pays	Salvage and distress	Article 16, and Article 13(1)	EAuthored
Lowest base reward drawn for answering a call, before the body's danger scaling	Salvage and distress	Article 13(1), criteria for the reward	EAuthored
Highest base reward drawn for answering a call, before the body's danger scaling	Salvage and distress	Article 13(1), criteria for the reward	EAuthored

JPL Small-Body Database: semi-major axes of the named asteroids

The link is the JPL lookup page. The figures came from its API, ssd-api.jpl.nasa.gov/sbdb.api.

3 numbers cite this document

Numbers that cite JPL Small-Body Database: semi-major axes of the named asteroids

Quantity	Mechanic	Section	Grade
Hygiea distance from the sun	Mining the belt	orbit elements of 10 Hygiea	APrimary
Which belt each named mid-size body belongs to	Terrain, cover and harbors	semi-major axes of the eight mid-size bodies	CDerived
Which belt each of the four giants belongs to	Terrain, cover and harbors	semi-major axes of Vesta, Pallas, Ceres and Hygiea	CDerived

Liquid-metal coolant leaks: what starts them and what puts them out

This page cites three documents. The link is the first, the NRC report. The other two are the JAEA-Review 2010-036 report on Monju (jopss.jaea.go.jp) and the JAEA R&D Review 2011 section 12-7 (rdreview.jaea.go.jp).

2 numbers cite this document

Numbers that cite Liquid-metal coolant leaks: what starts them and what puts them out

Quantity	Mechanic	Section	Grade
Chance a lithium loop leaks, per point of containment lost, while the plant runs	Fire and damage control	NRC report 3.4 item 6: BN-600, 30 sodium leaks in 15 years	DAnalogy
Chance a lithium loop leaks while it runs past its heat points	Fire and damage control	NRC report 3.4 item 6: BN-600, 30 sodium leaks in 15 years	DAnalogy

Lloyd's Standard Form of Salvage Agreement (Lloyd's Open Form, LOF 2020)

Cited by Salvage and distress (Heading and clauses A, G and K).

No single number cites this document yet.

Marine Navigation and Safety of Sea Transportation: STCW, MET, Human Resources and Crew Manning

No free copy exists. The link is the publisher's catalog page.

Cited by Ship's organization and the Second (PDF pages 57, 75, 137, 145 and 146).

3 numbers cite this document

Numbers that cite Marine Navigation and Safety of Sea Transportation: STCW, MET, Human Resources and Crew Manning

Quantity	Mechanic	Section	Grade
Merchant grade of each hire tier	Ship's organization and the Second	PDF pages 145 and 146; Where the source is silent	EAuthored
Merchant grade of each Commander tier	Ship's organization and the Second	PDF pages 145 and 146; Where the source is silent	EAuthored
The merchant rank ladder: grade, title, pay multiple and head share	Ship's organization and the Second	Ranks and ratings, PDF pp.75, 145 and 148	DAnalogy

Maritime Labour Convention, 2006 (ILO)

The link is the ILO's own text. The pages cite the 2006 text as adopted, from an unofficial copy at the National University of Singapore.

2 numbers cite this document

Numbers that cite Maritime Labour Convention, 2006 (ILO)

Quantity	Mechanic	Section	Grade
Hours in one working shift	Hull wear and repair	Guideline B2.2.2, para 1(a)	APrimary
Hours in one dock gang shift	Hull wear and repair	Guideline B2.2.2, para 1(a)	APrimary

MGN 71 (M): Musters, drills, on-board training and instructions, and Decision Support Systems

The link is the 2014 text the pages cite. GOV.UK has since replaced it with MGN 71 (M+F) Amendment 1, of 2025.

Cited by Fire and damage control (Sections 2.1, 2.4, 7.5, 7.10).

No single number cites this document yet.

NASA-STD-3001 Volume 2: crew health, the habitable atmosphere and pressure change

1 number cites this document

Numbers that cite NASA-STD-3001 Volume 2: crew health, the habitable atmosphere and pressure change

Quantity	Mechanic	Section	Grade
Area of a person a round can strike	Armor and the six faces	Appendix F, F.4, Table 44, body surface area	CDerived

NavWeaps naval gun pages: rates of fire, round mass, slew rates, drums

This page cites ten NavWeaps pages. The link is the first, the Phalanx page. The others sit under navweaps.com/Weapons/ and are named on the page.

9 numbers cite this document

Numbers that cite NavWeaps naval gun pages: rates of fire, round mass, slew rates, drums

Quantity	Mechanic	Section	Grade
Muzzle speed of an autocannon	Armor and the six faces	Muzzle velocity in the Phalanx, Goalkeeper, Bofors and Millennium tables; Atomic Rockets chemical gun paragraph	BSecondary
Mass of one round, by mount size	Kinetic guns and point defense	Projectile weights in the Phalanx, Bofors, 76 mm and Mark 71 tables	BSecondary
Speed a turret traverses, by mount size	Kinetic guns and point defense	Slew rates in the tables for Phalanx, Bofors, Millennium, 76 mm, Mark 45 and Mark 71	DAnalogy
Point defense rounds per second, by caliber	Kinetic guns and point defense	Rate of fire in the Phalanx, Goalkeeper, Millennium and Bofors tables	BSecondary
Seconds of fire in a point defense mount's own drum	Kinetic guns and point defense	Drum capacity in the Phalanx and Goalkeeper tables	CDerived
Seconds of fire in one point defense engagement	Kinetic guns and point defense	Burst length in the Phalanx text and the Goalkeeper text	CDerived
Rounds a second an autocannon streams (the base rate)	Hostile fleets, gun stores and spread	Rate of fire in the 40 mm / 70 Bofors table	BSecondary
Rounds a second a streamed autocannon fires, by size	Hostile fleets, gun stores and spread	Rates of fire in the Bofors 40 mm, 76 mm, Mark 45 and Mark 71 tables	BSecondary
Seconds between rounds for the two heaviest autocannon sizes	Hostile fleets, gun stores and spread	Rates of fire in the Mark 45, Mark 71 and AGS tables	DAnalogy

NSTM chapter 555, volume 1: Surface Ship Firefighting (an EXTRACT of 6 pages)

The chapter carries distribution statement C. No public official copy exists, so the pages do not link one.

Cited by Fire and damage control (555-8.14, lithium battery fires).

1 number cites this document

Numbers that cite NSTM chapter 555, volume 1: Surface Ship Firefighting (an EXTRACT of 6 pages)

Quantity	Mechanic	Section	Grade
Ticks a vented hold stays open while its cargo cools	Fire and damage control	Post fire actions: post-fire ordnance cooling, minimum 15 minutes (555-8.13.9)	DAnalogy

Reefer carriage: how long refrigerated cargo keeps without power

This page cites two sources. The link is the Swedish Club guide. The other is PIL's cargo handling page (pilnigeria.com/products-services/reefer-services/cargo-handling/).

1 number cites this document

Numbers that cite Reefer carriage: how long refrigerated cargo keeps without power

Quantity	Mechanic	Section	Grade
Hours a sealed reefer keeps its cargo without power, chilled and frozen	Fire and damage control		BSecondary

Reefer container power draw

This page cites two sources. The link is the Container Handbook section on power use. The other is the DSV reefer container sizes page (dsv.com).

1 number cites this document

Numbers that cite Reefer container power draw

Quantity	Mechanic	Section	Grade
Reefer draw for each tonne of cold cargo	Running dark	actual power consumption of reefer containers	CDerived

Standard Organization and Regulations of the U.S. Navy (SORM)

Cited by The power model (6.4.1 e, engineer officer, item 7); Hailing, boarding and prize law (Section 6.3.21 d(1), e(1), f(1), f(6)); Ship's organization and the Second (Sections 3.1.2, 3.5, 3.11, 3.14.1, 3.15, 3.16, 3.17, 3.22 and 4.15.3).

8 numbers cite this document

Numbers that cite Standard Organization and Regulations of the U.S. Navy (SORM)

Quantity	Mechanic	Section	Grade
Chance a hostile at its break point answers a demand to surrender, each roll	Hailing, boarding and prize law	Where the source is silent (Surrender)	EAuthored
The nine departments	Ship's organization and the Second	Sections 3.5, 3.11, 3.14, 3.14.1, 3.15, 3.16, 3.17, 3.18, 3.22 and 3.23	DAnalogy
The department that mans each bridge post	Ship's organization and the Second	3.11; Where the source is silent	EAuthored
Command grade of the ship's own berth, by hands aboard (up to this many hands)	Ship's organization and the Second	Where the source is silent (A paygrade for any billet)	EAuthored
Navy head and rating of each department, with their grades	Ship's organization and the Second	Sections 3.11, 3.14.1, 3.15, 3.16, 3.17, 3.22; Where the source is silent	EAuthored
Size of a leased navy hull's crew, by hull tier	Ship's organization and the Second	Chapter 3	EAuthored
The order in which the departments of a navy crew are staffed	Ship's organization and the Second	Sections 3.5 to 3.23	EAuthored
The navy rank ladder: grade, title, pay multiple and head share	Ship's organization and the Second	Chapter 3	EAuthored

Stowage factor: hold volume per tonne of cargo

This page cites two sources. The link is the Wikipedia article. The other is the Wartsila encyclopedia entry (wartsila.com/encyclopedia/term/stowage-factor).

1 number cites this document

Numbers that cite Stowage factor: hold volume per tonne of cargo

Quantity	Mechanic	Section	Grade
Stowage factor: cubic meters of hold per tonne of cargo	Armor and the six faces	table of typical stowage factors	BSecondary

Survival without water and food: the rule of threes

This page cites two sources. The link is the Wikipedia article. The other is a Scientific American article (scientificamerican.com/article/how-long-can-a-person-sur/).

2 numbers cite this document

Numbers that cite Survival without water and food: the rule of threes

Quantity	Mechanic	Section	Grade
Dry days of water before harm starts	Life support, food and water	Wikipedia, Rule of threes (survival), the rule and the Water section	BSecondary
Dry days of food before harm starts	Life support, food and water	Scientific American, survival without food; Wikipedia, Rule of threes	DAnalogy

The Commander's Handbook on the Law of Naval Operations (NWP 1-14M), 1995 edition

The Navy has no public copy of the 1995 edition. The link is the July 2007 edition on govinfo.gov, which replaced it. Section numbers differ. The pages cite the 1995 copy at fichl.org.

Cited by Hailing, boarding and prize law (Sections 3.4, 3.11.5.2, 7.6.1 and 7.10); Fleet action, breaking off and surrender (6.2.5 War Crimes, item 12); Fleet action, breaking off and surrender (7.10 Prize).

7 numbers cite this document

Numbers that cite The Commander's Handbook on the Law of Naval Operations (NWP 1-14M), 1995 edition

Quantity	Mechanic	Section	Grade
Heat gained for refusing a lawful inspection	Hailing, boarding and prize law	3.11.5; Where the source is silent	EAuthored
Fine on contraband found in a search, as a share of its value	Hailing, boarding and prize law	7.10; Where the source is silent	EAuthored
Capture bonus on a boarded wreck, as a share of the kill bounty	Hailing, boarding and prize law	7.10; Where the source is silent (Payment to a captor)	EAuthored
Value of a captured crew, as a share of the surrendered hull's catalog price	Hailing, boarding and prize law	3.5.3.1; Where the source is silent	EAuthored
Share of its hull a captured hull is left with	Fleet action, breaking off and surrender	7.10 Prize	EAuthored
Base chance a lawful hull believes the captain's feigned surrender	Fleet action, breaking off and surrender	6.2.5 War Crimes, item 12	EAuthored
Chance a hostile feigns surrender when it would gain from it	Fleet action, breaking off and surrender	6.2.5 War Crimes, item 12	EAuthored

UK MCA, MSIS003 Part 7: Electrical Equipment and Installations

Cited by The power model (7.6, Load shedding); Hold balance and the gimbal (7.6 (essential services)).

4 numbers cite this document

Numbers that cite UK MCA, MSIS003 Part 7: Electrical Equipment and Installations

Quantity	Mechanic	Section	Grade
Order the rule sheds fight loads in, first shed first	The power model	7.6, Load shedding	EAuthored
Order the rule sheds voyage loads in, first shed first	The power model	7.6, Load shedding	EAuthored
The three fight bills: order the rule sheds loads in	The power model	7.6 essential loads	EAuthored
Bill a hull follows when its captain has not chosen	The power model	7.6 essential loads	EAuthored

United Nations Convention on the Law of the Sea (UNCLOS), 1982

Cited by Hailing, boarding and prize law (Articles 33, 105, 106, 107, 110 and 111).

1 number cites this document

Numbers that cite United Nations Convention on the Law of the Sea (UNCLOS), 1982

Quantity	Mechanic	Section	Grade
Chance that a cornered civilian master hands over cargo, for a lane with nobody named on it	Hailing, boarding and prize law	Articles 100 to 111	EAuthored

US Navy training manual, "Damage Control" (chapter 12)

Cited by Fire and damage control (All hands, 12-1); Fire and damage control (Rapid response team, 12-8); Fire and damage control (Fire, 12-18 to 12-21); Fire and damage control (Figure 12-9, the four classes, 12-22); Life support, food and water (What it says (General quarters, 12-8) and Life support and fire (12-14 to 12-24)); Hull wear and repair (What it says (repair lockers) and Where the source is silent).

22 numbers cite this document

Numbers that cite US Navy training manual, "Damage Control" (chapter 12)

Quantity	Mechanic	Section	Grade
Chance one interior breach starts a fire	Fire and damage control	Fire, 12-18 to 12-21	EAuthored
Hull a fire burns per tick, per level, as a share of the hull's maximum health	Fire and damage control	Fire, 12-18	EAuthored
Highest level a fire reaches	Fire and damage control	Fire, 12-18 to 12-21	EAuthored
Ticks an unfought fire waits before it grows a level	Fire and damage control	Fire, 12-18	EAuthored
Share of the hands in the repair lockers, by locker level	Fire and damage control	Repair lockers, 12-7; general quarters, 12-8	EAuthored
Hostile warship lockers (level, competence)	Fire and damage control	Repair lockers, 12-7	EAuthored
Hostile raider lockers (level, competence)	Fire and damage control	Where the source is silent: merchant ships	EAuthored
Aim lost per step of hands in the lockers	Fire and damage control	Where the source is silent: costs	EAuthored
Share of the reactor top-up lost for each share of hands in the lockers	Fire and damage control	Where the source is silent: costs	EAuthored
Most hands the first-response team can send	Fire and damage control	Teams outside the lockers, rapid response team, 12-8	EAuthored
Ticks the first-response team works a new fire or vent	Fire and damage control	Teams outside the lockers, rapid response team, 12-8	EAuthored
Pace of every hand against a live electrical fire	Fire and damage control	Figure 12-9, the four classes, 12-22	EAuthored
Burn tier by fire class (multiplier on the hull burn)	Fire and damage control	Figure 12-9, the four classes, 12-22	EAuthored
Life support a fire takes per tick, per level, by class	Fire and damage control	Fire, 12-18 to 12-21	EAuthored
Where each class can start (class and weight out of 100, by place)	Fire and damage control	Figure 12-9, the four classes, 12-22	EAuthored
Ticks a de-energized space stays dark	Fire and damage control	Figure 12-9, the four classes, 12-22	EAuthored
Aim lost while a passageway is dark	Fire and damage control	Figure 12-9, the four classes, 12-22	EAuthored
Ticks before a fallback party takes over the lending after the Damage Control head goes down	Fire and damage control	All hands, 12-1	EAuthored
Fire classes that need live power to start	Fire and damage control	Figure 12-9, the four classes (12-22)	DAnalogy
Fire classes from the least to the worst	Fire and damage control	Figure 12-9, the four classes (12-22)	EAuthored
Fatigue each hand gains per travel day at GENERAL QUARTERS	Life support, food and water	What it says (General quarters, 12-8)	EAuthored
Yard price of one hull point, as a share of hull price over its points	Hull wear and repair	Where the source is silent	EAuthored

WHO International Health Regulations (2005), third edition

The link is the WHO page for the third edition. The WHO has since published amendments, in 2022 and 2024.

Cited by Records, bail and inspection (Article 23.1).

1 number cites this document

Numbers that cite WHO International Health Regulations (2005), third edition

Quantity	Mechanic	Section	Grade
Chance that a docking by a captain who is WANTED or worse is inspected	Records, bail and inspection	Article 23.1	EAuthored

Wikipedia, 10 Hygiea: size and mass

1 number cites this document

Numbers that cite Wikipedia, 10 Hygiea: size and mass

Quantity	Mechanic	Section	Grade
Hygiea: size in km and mass in kg	Mining the belt	infobox: dimensions and mass; Atomic Rockets colony site page for the mass	BSecondary

Wikipedia, Silicon carbide: density of the common polytypes

The link is the Wikipedia article. The page's table cites the Ioffe Institute, which was not opened.

2 numbers cite this document

Numbers that cite Wikipedia, Silicon carbide: density of the common polytypes

Quantity	Mechanic	Section	Grade
Density of sintered ceramic plate (silicon carbide)	Armor and the six faces	Properties of major SiC polytypes table	BSecondary
Density of laminate plate (silicon carbide with tungsten)	Armor and the six faces	Properties of major SiC polytypes table; tungsten from the Atomic Rockets shielding page	CDerived

Wikipedia, Speech tempo and Words per minute

The link is the Wikipedia article on speech tempo. The page also cites its article on words per minute (en.wikipedia.org/wiki/Words_per_minute).

1 number cites this document

Numbers that cite Wikipedia, Speech tempo and Words per minute

Quantity	Mechanic	Section	Grade
Words a second a crew says on the net, by skill	The bridge crew and standing orders	speaking rate of radio news	DAnalogy

Wikipedia, warship displacement and crew: volume per person

This page cites three Wikipedia articles. The link is the Virginia class. The others are the Nimitz class and the Arleigh Burke class.

1 number cites this document

Numbers that cite Wikipedia, warship displacement and crew: volume per person

Quantity	Mechanic	Section	Grade
Ship volume per person aboard	Armor and the six faces	infobox displacement and complement of three classes	DAnalogy

These notes are not published. A number that cites one is a design choice with no outside source.

Design notes: atmosphericentry

Cited by Atmospheric entry and the descent corridor (The set-piece and the corridor).

1 number cites this document

Numbers that cite Design notes: atmosphericentry

Quantity	Mechanic	Section	Grade
Travel days of hull maintenance that a hard arrival bills	Atmospheric entry and the descent corridor	The set-piece and the corridor	EAuthored

Design notes: beacons

4 numbers cite this document

Numbers that cite Design notes: beacons

Quantity	Mechanic	Section	Grade
Days of air and water a stranded crew has	Salvage and distress		EAuthored
Daily chance that a new beacon is born	Salvage and distress		EAuthored
Daily chance traffic overhears a beacon beside a busy berth	Salvage and distress	BEACON_OVERHEARD_NEAR and BEACON_OVERHEARD_FAR	EAuthored
Daily chance traffic overhears a beacon at the edge of anybody's reach	Salvage and distress	BEACON_OVERHEARD_NEAR and BEACON_OVERHEARD_FAR	EAuthored

Design notes: comms

Cited by Radio voice (_opensbycallingitself).

No single number cites this document yet.

Design notes: crimes

Cited by Records, bail and inspection (Bail).

No single number cites this document yet.

Design notes: hullclass

Cited by Hull classes, sizes and slots (Why one number was carrying two facts).

2 numbers cite this document

Numbers that cite Design notes: hullclass

Quantity	Mechanic	Section	Grade
Most hull points of a light craft, for a hull nobody authored	Hull classes, sizes and slots	The rule	EAuthored
Most hull points of a medium craft, for a hull nobody authored	Hull classes, sizes and slots	The rule	EAuthored

Design notes: hullcrew

1 number cites this document

Numbers that cite Design notes: hullcrew

Quantity	Mechanic	Section	Grade
Hands aboard each named hull model	Ship's organization and the Second		EAuthored

Design notes: mining

12 numbers cite this document

Numbers that cite Design notes: mining

Quantity	Mechanic	Section	Grade
Rock grades: ore multiplier and roll weight	Mining the belt		EAuthored
Extraction intensities: yield, encounter change, accident chance	Mining the belt		EAuthored
Hull damage range from a rig accident	Mining the belt	Rig accidents	EAuthored
Yield lost to a rig accident	Mining the belt	Rig accidents	EAuthored
Rocks in a field at the start	Mining the belt	Fields persist on the player	EAuthored
Most rocks a field holds	Mining the belt	NPC mining rigs	EAuthored
Days between new rocks drifting in	Mining the belt	Fields persist on the player	EAuthored
Resting pressure target of each field	Mining the belt		EAuthored
Lowest pressure multiplier	Mining the belt	Local extraction pressure	EAuthored
Highest pressure multiplier	Mining the belt	Local extraction pressure	EAuthored
Pressure the captain adds per unit pulled out	Mining the belt		EAuthored
Most rigs in one field	Mining the belt	NPC mining rigs	EAuthored

Design notes: newtonian

Cited by Ship's organization and the Second (The XO chain (XO_MIN_HANDS), Door.handback and Door.captainanswer).

39 numbers cite this document

Numbers that cite Design notes: newtonian

Quantity	Mechanic	Section	Grade
Longest flight time for which a gun fires for effect	The Newtonian fight	One burst at range, LONG_RANGE_MAX_FLIGHT_S	EAuthored
Speed error at which the autopilot stops correcting and holds its bow	The Newtonian fight		EAuthored
Radius of a hull's hit circle	The Newtonian fight		EAuthored
Turn rate of a hull with no catalog entry	The Newtonian fight		EAuthored
Angle off the wanted heading at which the main drive may light	The Newtonian fight		EAuthored
Share of full turning rate that a hull keeps, by number of working turning faces	The Newtonian fight		EAuthored
Relative speed under which a hold counts as complete	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Closest distance that a pass aims for	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Distance past which a pass is over	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Gain with which the bow cancels sideways drift during a pass	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Distance inside which a pass holds its course with no dodge	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Relative speed at which the drive cuts during a pass	The Newtonian fight	The pass (BRAKE_DONE_KMS, PASS_KM, PASS_END_KM, PASS_STEER, PASS_COMMIT_KM, PASS_KMS)	EAuthored
Slowest mount turn rate that can lay on a target during a pass	The Newtonian fight		EAuthored
Share of the water tank that a captain keeps back before a dodge is refused	The Newtonian fight		EAuthored
Share of a weave's seconds that the drive is lit	The Newtonian fight		EAuthored
Step with which the helm weighs a hull roll	The Newtonian fight		EAuthored
Angle below its deck that a turret can fire past the hull's edge	The Newtonian fight		EAuthored
Time to strike rounds up from the stores to the ready lockers	The Newtonian fight		EAuthored
Share of the lateral jets' turn that the vernier jets give while the jets push sideways	The Newtonian fight		EAuthored
Time fire control needs to lock a target again once the line of sight clears	The Newtonian fight		EAuthored
Longest time that a crew stays in cover	The Newtonian fight		EAuthored
Distance from a zone's edge within which a crew looks for a harbor	The Newtonian fight		EAuthored
Depth into a harbor zone that a hull runs, as a share of the zone's radius	The Newtonian fight		EAuthored
Condition of the nearest foe at which a crew leaves cover for good	The Newtonian fight		EAuthored
Distance from the lee point inside which a hull counts as hiding	The Newtonian fight		EAuthored
Distance at which a cautious or cunning captain waits before it commits	The Newtonian fight		EAuthored
Time that a cautious or cunning captain waits for its moment	The Newtonian fight		EAuthored
Time a captain must fly before the sensors officer names its temperament	The Newtonian fight		EAuthored
Interval at which a wing ship re-reads the captain's orders	The Newtonian fight		EAuthored
Share of a wing hull lost in one volley that is worth a radio word	The Newtonian fight	The wing and squads (WING_MAX, SQUAD_FOCUS, SQUAD_MOVES)	EAuthored
Speed at which a rack throws a drone clear toward its target	The Newtonian fight	DRONES (DRONE_ACCEL_MS2 and the constants after it)	EAuthored
Range inside which a crew calls a shot on one fitting	The Newtonian fight		EAuthored
Time an alpha strike lifts the fire rule, the ranging probe and the sink share	The Newtonian fight	WINDOWS (ALPHA_S, WINDOW_QUIET_S, WINDOW_EMPTY_S)	EAuthored
Time an answered opening about one ship stays answered	The Newtonian fight	WINDOWS (ALPHA_S, WINDOW_QUIET_S, WINDOW_EMPTY_S)	EAuthored
Time a foe's guns must be cycling to count as empty	The Newtonian fight	WINDOWS (ALPHA_S, WINDOW_QUIET_S, WINDOW_EMPTY_S)	EAuthored
Miss distance under which a firing solution counts as a hit point	The Newtonian fight		EAuthored
Flight time past which a chasing round never lands	The Newtonian fight		EAuthored
Share of a full sidestep under which a side counts as no side	The Newtonian fight		EAuthored
Hull points of a full-health ship in the sandbox	The Newtonian fight		EAuthored

Design notes: newtonian-combat-direction

4 numbers cite this document

Numbers that cite Design notes: newtonian-combat-direction

Quantity	Mechanic	Section	Grade
Range past which a hostile has run and is out of the fight	The Newtonian fight	coldweld's second Locusta log: rails spent, no way to run, drones unseen (2026-09-30), Running	EAuthored
Distance at which a wing ship falls in beside the captain	The Newtonian fight	Formations and the command menu (2026-09-28)	EAuthored
Spacing of the loose formation	The Newtonian fight	Formations and the command menu (2026-09-28)	EAuthored
Firings before the rails are spent, by mount size	Kinetic guns and point defense	Next arc: one set of rules, then the guns' own physics (coldweld, 2026-09-29)	EAuthored

Design notes: plant

1 number cites this document

Numbers that cite Design notes: plant

Quantity	Mechanic	Section	Grade
Game seconds in one combat round, for heat, air, fire and power	The Newtonian fight	The unit	EAuthored

Design notes: plantcondition

Cited by Production plant condition.

1 number cites this document

Numbers that cite Design notes: plantcondition

Quantity	Mechanic	Section	Grade
Spare-part cover at which a plant keeps its specification	Production plant condition		EAuthored

Design notes: repair

Cited by Hull wear and repair.

1 number cites this document

Numbers that cite Design notes: repair

Quantity	Mechanic	Section	Grade
Person-hours to renew one tonne of structure	Hull wear and repair		DAnalogy

Design notes: salvagework

2 numbers cite this document

Numbers that cite Design notes: salvagework

Quantity	Mechanic	Section	Grade
Share of structure a hulk needs before it can fly	Salvage and distress		EAuthored
Resale value of a hull with a salvage title, as a share of its new price	Salvage and distress	The salvage title and carriers	EAuthored

Design notes: setting-canon

Cited by Kinetic guns and point defense (2. Safeguards); Mining the belt (Section 6, subsection: The belt is nearly empty, and a fighting field is not); Hull classes, sizes and slots (Timeline).

5 numbers cite this document

Numbers that cite Design notes: setting-canon

Quantity	Mechanic	Section	Grade
Drones one operator can steer at once, by skill	Kinetic guns and point defense	2. Safeguards	EAuthored
Width of the dense part of a game field	Mining the belt	The belt is nearly empty, and a fighting field is not	EAuthored
Length of a cloud chord that blocks sight at pressure 1.0	Mining the belt	The belt is nearly empty, and a fighting field is not	EAuthored
Service years behind a hull before the captain	Hull classes, sizes and slots	Timeline, 2076 to 2276	EAuthored
The year the game begins	Hull classes, sizes and slots	Timeline, 2276 to 2500	EAuthored

Design notes: stellarbodydata

4 numbers cite this document

Numbers that cite Design notes: stellarbodydata

Quantity	Mechanic	Section	Grade
Inner Belt distance from the sun	Mining the belt	the Belt as three bodies	DAnalogy
Middle Belt distance from the sun	Mining the belt	the Belt as three bodies	DAnalogy
Outer Belt distance from the sun	Mining the belt	the Belt as three bodies	DAnalogy
People living on Ceres	Mining the belt		EAuthored

Design notes: travel

2 numbers cite this document

Numbers that cite Design notes: travel

Quantity	Mechanic	Section	Grade
Slope of the size law for events	Radiation dose	Solar particle events as a size law (2026-09-28)	DAnalogy
Exponent for how fast a storm weakens with distance from the Sun	Radiation dose	Solar particle events as a size law (2026-09-28)	DAnalogy

Design notes: travelevents

Cited by Salvage and distress; Contacts in transit.

1 number cites this document

Numbers that cite Design notes: travelevents

Quantity	Mechanic	Section	Grade
Share of your stores capacity a stranded crew asks for	Salvage and distress	DISTRESS_STORES_SHARE and DISTRESS_FUEL_SHARE	EAuthored