Linked from

The 26 pages that link to Submarine, each with the reason it gives.

• BuoyancyBroader topic: Adjusting displaced water lets a submarine change its buoyancy and depth.

• Naval warfareBroader topic: Submarines threaten surface forces and shipping while remaining difficult to detect.

• ShipbuildingBroader topic: Its pressure hull and life-support systems require different structural solutions from surface ships.

• Archimedes' principleBroader topic: Ballast tanks alter displaced water and mass to control a submarine's buoyancy.

• Anti-submarine warfareNarrower topic: Submarines are the targets whose stealth and capabilities shape anti-submarine methods.

• Jules VerneNarrower topic: Verne’s Nautilus became a famous fictional model for imagining advanced underwater vessels.

• Stealth technologyRelated: Submarines show how military stealth applies to a different sensing environment and signature set.

• Unrestricted submarine warfareNarrower topic: Its limited survivability while surfaced made compliance with warning rules dangerous.

• TorpedoRelated: Submarines use torpedoes as a principal weapon against surface ships and other submarines.

• Marine propulsionBroader topic: Quiet, compact propulsion is essential for submerged operation.

• Naval architectureBroader topic: Submarine design adds pressure resistance, underwater propulsion, and stringent control of buoyancy and noise.

• BattleshipCompared with: Submarines could attack battleships from concealment, bypassing much of their armor.

• Russian NavyRelated: Submarines provide Russia with covert patrol, attack, and nuclear deterrence capabilities.

• Depth chargeNarrower topic: Depth charges made submerged operation dangerous even when a submarine was not directly hit.

• Hull (watercraft)Broader topic: Its pressure-resistant hull must withstand forces far beyond those on surface vessels.

• Life-support systemRelated: Submarines must control air, pressure, water, and waste while isolated beneath the surface.

• U-boatNarrower topic: U-boat warfare accelerated the development of submarine detection and countermeasures.

• Potassium superoxideRelated: Chemical oxygen candles and scrubbers address breathable-air needs in confined submarine environments.

• WarshipBroader topic: Submarines use concealment and underwater mobility to threaten or observe opposing forces.

• AerostatRelated: Its ballast systems provide a useful comparison to buoyant control in aerostats.

• John Philip HollandNarrower topic: Holland’s engineering work helped shape the modern military form of this vessel.

• Marine engineeringBroader topic: Submarines require specialized propulsion, life-support, pressure, and control systems.

• Twenty Thousand Leagues Under the SeasNarrower topic: The submarine is the technological form that organizes the novel’s entire voyage.

• Underwater divingCompared with: A submarine moves underwater without exposing its occupants directly to surrounding water.

• History of submarinesNarrower topic: The broader vessel type encompasses the experimental craft and later fleets in this history.

• WatercraftBroader topic: Submarines travel within water rather than only across its surface.