RV Thomas G. Thompson (T-AGOR-23)

R/V Thomas G. Thompson (AGOR-23) is a research vessel owned by the United States Navy and operated under a Charter Party Agreement by the University of Washington as part of the University-National Oceanographic Laboratory System (UNOLS) fleet.[1] Constructed by Halter Marine, it was delivered to the Office of Naval Research 8 July 1991.[2] The R/V Thomas G. Thompson is 274 feet in length and has a cruising speed of 11 knots, with a total of 21 officers and crew, 2 marine technicians, and up to 36 scientists.[3] It is operated by the University of Washington along with RV Rachel Carson.[4]

For other ships with the same name, see USNS Thomas G. Thompson.

Thomas G. Thompson in Fremantle, Australia
History
United States
Name: Thomas G. Thompson
Namesake: Thomas Thompson, Oceanographer
Builder: Halter Marine Inc., Gulfport, Mississippi
Laid down: 29 March 1989
Launched: 27 July 1990
Acquired: by the U.S. Navy, 8 July 1991
In service: circa 1991 as R/V Thomas G. Thompson (AGOR-23)
Reclassified: Leased to University of Washington, School of Oceanography, July 1991
Identification:
Status: Active
General characteristics
Tonnage: 3,095 gross tons
Displacement: 2,155 tons light; 3,200 full load
Length: 274'
Beam: 53'
Draft: 19' (max)
Propulsion: diesel-electric, two 3,000hp z-drives
Speed: 12.5 knots (23.2 km/h; 14.4 mph)
Complement: 25 civilian mariners, 34 scientific party
Armament: none

Ship design

The Thomas G. Thompson and three other research ships were all built to the same basic design. The three sister ships are NOAAS Ronald H. Brown (NOAA), R/V Roger Revelle (Scripps), and R/V Atlantis (Woods Hole).

Notes
  1. "Archived copy". Archived from the original on May 20, 2009. Retrieved May 15, 2009.CS1 maint: archived copy as title (link) | Welcome to the R/V Thomas G Thompson Research Vessel
  2. Introduction Archived 2008-02-15 at the Wayback Machine, Operations Manual, R/V Thomas G. Thompson, created April 1997, last updated 10 April 2006. Accessed online 30 April 2008.
  3. "RV Thomas G Thompson". University of Washington.
  4. "Vessels". University of Washington.

Secondary reference
gollark: I think making a less efficient Python program (with intensive mathy things done via numpy etc. which use bindings to C) makes a lot more sense than having a possibly-faster C program which takes several times longer to write, in most cases.
gollark: It's a poor performance decision (although you can just use pypy, which doesn't have that), sure.
gollark: Although all the tooling and CPUs are optimized for the C model, so good luck changing anything ever.
gollark: You could do that, but you might as well use a sane, nonC language.
gollark: Yes.



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