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Remote Test Site |
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SRI International's remote test site is one of the largest privately owned explosive test sites in the United States. The 480-acre site is fully developed with paved roads, permanent buildings, commercial electrical power, running water, and telephone lines. Accommodations for staff and visitors include air-conditioned office space, meeting rooms, kitchen, and shower room. General support for experimental activities is provided by a machine shop, weld shop, carpenter shop, earth moving equipment, photographic processing lab, and a large inventory of tools, hardware, and stock material. Engineering and analytical support for the experiments performed at the remote test site is provided by an experienced staff in SRI's Poulter Laboratory.
Three separate explosive firing areas are active year-round and are supported by permanent full-time staff. The site is available for use on commercial, foreign government, and US government contracts.
The Remote test site is heavily supported by SRI's staff and facilities in Menlo Park. Physicists, engineers, and technicians from Poulter Laboratory and other divisions of SRI regularly travel from Menlo Park to the remote test site to collaborate with and guide the permanent test site staff in achieving the goals of the experiments. Often the test articles and test fixtures used at the remote test site are fabricated and instrumented in the laboratories and shops in Menlo Park. Specialty gages such as flatpack stress gages, mutual-inductance particle velocity gages, bar gages, and shock-isolated accelerometers are fabricated in Menlo Park. Additional equipment used at the remote test site include flash x-ray units, framing cameras, high-speed video, and laser velocimeters.
The nature and purpose of experiments performed at the remote test site span a very broad range. Weapons effects, hazards and safety, and basic science are typical areas of study. Sometimes a test is conceived, designed, and conducted in a matter of hours to obtain urgent information for a customer or to evaluate a plan for a larger, more expensive experiment. Other tests involve several participants from a team of agencies and contractors with many channels of instrumentation and expensive test articles built at SRI or elsewhere. The most common type of test is the so-called "precision test," aimed at providing well-defined conditions and reliable data for computer-code validation.
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