Document Details


Title:
General Concept of a Deep Underground Shot, Rainier Event - Operation Plumbbob
Subject Terms:
Diamond Production; Hydronuclear Tests; Nevada Test Site; Operation Plumbbob; Project Rainier; Radiochemistry; Rainier; Seismic Studies; USGS; Underground Shot
Addressee:
Brobeck, W.M. (Lawrence Radiation Laboratory, Berkeley, CA(US))
Document Location:
DOE/NV Nuclear Testing Archive, P.O. Box 98521, City: Las Vegas, State: NV, Zip: 89193-8521, Phone:(702)295-0712, Fax:(702)295-1808, Email:cic@nv.doe.gov; Lawrence Berkeley National Laboratory, Archives and Records Office, 1 Cyclotron Road, Mailstop 69-104, City: Berkeley, State: CA, Zip: 94720, Phone:(510)486-5525, Fax:(510)486-7200, Email:jwstoner@lbl.gov
Document Categories:
Science and Technology\General; Nuclear Weapons and Related Technology\Nuclear Tests
Document Type:
REPORT
Publication Date:
1957 Mar 25
Declassification Status:
Sanitized
Document Pages:
13
Accession Number:
OOB960202
Document Number(s):
5-2-1.1; COPG-57-11; UCRL-4659; COT-5894; COT-5963; COPG5711; UCRL4659; COT5894; COT5963
Originating Research Org.:
Lawrence Radiation Laboratory
OpenNet Entry Date:
1996 Jul 24
Description/Abstract:
This record consists of a cover letter by G.W. Johnson of Lawrence Radiation Laboratory regarding distribution of the report titled "General Concept of a Deep Underground Shot, Rainier Event - Operation Plumbbob." The report addressess the feasibility of testing nuclear devices by means of completely contained underground explosions, thereby eliminating fallout and the expense of weather delays. As a result of favorable studies on underground testing, a deep underground (Rainier) was included in Operation Plumbbob. The plan was to drill a horizontal tunnel into the side of a hill in the Nevada Test Site and detonate a low-yield bomb at the end of the tunnel. If the experiment was successful, then higher-yield underground shots would be taken. Topics discussed include: date; device; physical environment (description of site, depth of burial, tunnel design); diagnostics; radiochemistry; nuclear radiation measurements; technique development experiments; shock growth; underground shot; hydrodynamic yield measurements; effects of the underground shot; core sampling; geophysical measurements; temperature and static pressure measurements; close-in earth motion measurements; on-site seismic measurements; contained nuclear detonation as a research tool; diamond production; hydronuclear and one-point safety tests; USGS activities; and rad-safe procedures.


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