|Statement||Ed. M. S. Antsyferov. Trans. From Russian by S. E. Hall. Translation editor: George V. Keller.|
|Contributions||Antsyferov, Mikhail Sergeevich.|
|The Physical Object|
|Number of Pages||134|
Get this from a library! Seismo-Acoustic Methods in Mining / Primenenie Seismoakusticheskikh Metodov v Gornom Dele. [M S Ant︠s︡yferov; George V Keller;] -- Content.- Principles of the Application of Seismo-Acoustics to Coal Seams Subject to Rock Bursts.- SED Electrodynamic Geophones.- Impulse Method for Calibration of Electrodynamic Vibrometers Cite this chapter as: Boiko G.K. () Relation between Rock Pressure Diagrams and the Seismo-Acoustic Conditions in a Coal Seam. In: Antsyferov M.S., Keller G.V Cited by: 2. S.M.U. Seismology: Infrasound and Seismo-Acoustic Sensing. Hawthorne ordanance disposal movie ACTA "Application of Seismo-Acoustic Signals to the Study of Local Site Effects" (*.pdf) Petru T. Negraru "Infrasound Propogation in the Zone of Silence" . Very rare Russian geology book on Kazakhstan, with large maps & plates. $ +$ shipping. Make Offer - Very rare Russian geology book on Kazakhstan, Seismo-Acoustic Methods in Mining Russian Research Antsyferov Geophysics. $ Free shipping.
The aims of this study were to develop an improved method using infrasound observations at multiple seismo-acoustic arrays for locating small-magnitude surface explosions at regional distances and. Pages (March ) Download full issue. Previous vol/issue. Next vol/issue. Book review Full text access Book review Full text access Seismo-acoustic methods in mining: M.S. Antsferov (Editor). Consultanta Bureau, New York N.Y., , pp., 78 figs. 8 tables U.S. $ Nonlinear seismo-acoustic land mine detection and discrimination Article (PDF Available) in The Journal of the Acoustical Society of America (6) July with Reads. Resonance and Nonlinear Seismo-Acoustic Land Mine Detection dynamically flexible diaphragms with the respective flexural resonating modes, example of which is depicted in Fig.5 for AT mine TMA Fig. 4. Piston modes of vibration of AP mine VS (left) and AT mine VS (right) Fig. 5.
The seismo‐acoustic methods are among the most promising emerging techniques for the detection of landmines. Numerous field tests have demonstrated that buried landmines manifest themselves at the surface through resonance and nonlinear responses (or signatures) to acoustic/seismic excitation at the frequencies below Hz. The resonance signatures are primarily due to mine's housing Cited by: 6. Proceedings, Seismo-Acoustic Applications in Marine Geology and Geophysics Workshop, Woods Hole Oceanographic Institution, 24–26 March Technical Report APL-UW TR July Approved for public release; distribution is unlimited. by Robert I. Odom1 and Ralph A. Stephen2 1Applied Physics Laboratory, University of Washington, Seattle. A novel technique for detection and discrimination of artificial objects, such as land mines, pipes, containers, etc., buried in the ground, has been developed and tested. The developed approach utilizes vibration (using seismic or airborne acoustic waves) of buried objects, remote measurements of soil surface vibration (using laser or microwave vibrometers), and processing of the measured Cited by: Download Science (Academic) Books for FREE. All formats available for PC, Mac, eBook Readers and other mobile devices. Large selection and many more categories to choose from. - Page 8.