Thermal measuring and testing – Determination of inherent thermal property – Thermal conductivity
Patent
1980-12-01
1982-08-03
Swisher, S. Clement
Thermal measuring and testing
Determination of inherent thermal property
Thermal conductivity
73594, 73597, G01N 2518, G01N 2900
Patent
active
043425186
ABSTRACT:
A subseafloor simulator for measuring acoustical and other physical propees of sediments at temperatures and pressures that simulate the real ocean environment. A pressure chamber has a porous piston to exert a required overburden pressure to simulate the weight of the mineral grains. An inlet port allows the fluid pressure inside the pressure chamber to be independently controlled. Acoustic and thermal transducers are mounted on the bottom of the pressure chamber. Electronic equipment is used for the acoustic and thermal measurements and the measurement of sample pressures and temperatures. A circulating thermal bath controls the temperature of the sediment sample and the pressure chamber.
REFERENCES:
patent: 3115772 (1963-12-01), O'Keefe et al.
patent: 3817109 (1974-06-01), Audet et al.
patent: 3934455 (1976-01-01), Harrisberger
patent: 4038629 (1977-07-01), Van Der Burgt et al.
patent: 4304122 (1981-12-01), Tentor
Beers R. F.
Gray Francis I.
Swisher S. Clement
The United States of America as represented by the Secretary of
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