Microwave system for particle and shock velocity measurement in

Communications – electrical: acoustic wave systems and devices – Signal transducers – Underwater type

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181401, G01V 116, G01S 956

Patent

active

044778880

ABSTRACT:
A microwave system uses a high dielectric constant waveguide embedded in a ow dielectric constant sheath with mechanical properties matched to those of the surrounding geological material with an end microwave reflecting surface to create a standing wave to permit measurement of particle and shock velocities resulting from an explosion.

REFERENCES:
patent: 2830267 (1958-04-01), Broussaud et al.
patent: 2907032 (1959-09-01), Wheeler
patent: 3276025 (1966-09-01), Ikrath et al.
patent: 3434774 (1969-03-01), Miller
patent: 3482248 (1969-12-01), Jones
patent: 3517105 (1970-05-01), Lance et al.
patent: 3618106 (1971-11-01), Bryant
patent: 3653054 (1972-03-01), Wen
patent: 3688219 (1972-08-01), Hauers
patent: 3818333 (1974-06-01), Walker
patent: 3836962 (1974-09-01), Zaleski
patent: 3927369 (1975-12-01), Billeter et al.
patent: 3975695 (1976-08-01), Hartman
patent: 4142164 (1979-02-01), Nishihawa et al.
patent: 4257001 (1981-03-01), Partair et al.

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