Each reactor design is given a three-character designation consisting of:
* A letter for the type of ship the reactor is intended for ("A" for aircraft carrier, "C" for cruiser, "D" for destroyer, and "S" for submarine)
* A consecutive generation number
* A letter for the reactor's designer ("W" for Westinghouse, "G" for General Electric, "C" for Combustion Engineering, and "B" for Bechtel) For example, a S9G reactor represents a submarine (S), ninth-generation (9), General Electric designed reactor (G).
Attributes | Values |
---|
rdfs:label
| - United States naval reactors
|
rdfs:comment
| - Each reactor design is given a three-character designation consisting of:
* A letter for the type of ship the reactor is intended for ("A" for aircraft carrier, "C" for cruiser, "D" for destroyer, and "S" for submarine)
* A consecutive generation number
* A letter for the reactor's designer ("W" for Westinghouse, "G" for General Electric, "C" for Combustion Engineering, and "B" for Bechtel) For example, a S9G reactor represents a submarine (S), ninth-generation (9), General Electric designed reactor (G).
|
dcterms:subject
| |
dbkwik:military/pr...iPageUsesTemplate
| |
abstract
| - Each reactor design is given a three-character designation consisting of:
* A letter for the type of ship the reactor is intended for ("A" for aircraft carrier, "C" for cruiser, "D" for destroyer, and "S" for submarine)
* A consecutive generation number
* A letter for the reactor's designer ("W" for Westinghouse, "G" for General Electric, "C" for Combustion Engineering, and "B" for Bechtel) For example, a S9G reactor represents a submarine (S), ninth-generation (9), General Electric designed reactor (G).
|