MHD Induced Seismicity - The use of MHD in weapons is endless, with an effective MHD defence system in place, it is possible to use magnets, harnessing only the power of air, to create huge electric forces, using (8-10) Tesla Coils for defence would

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KENT'S QUAKE: 2/27/01 9:54:34 PM Pacific Standard Time [hour prior to quake] On the dial at WX Air VHF band around 153 we are getting the strangest signal. Anyone else hearing it or know what it is. HAARP maybe? James Gilliland On February 28, 2001, a magnitude 6.8 earthquake, located some thirty miles below the surface of the earth and a few miles away from Olympia Washington, moved the ground for a bit more than half a minute. [no signifucant aftershocks] A sand tracing pendulum, located at a shop in Port Townsend called Mind Over Matter, produced some very interesting patterns. ISTC Project 1545MHD Induced Seismicity SEE: SPACE-TEMPORAL VARIATIONS OF SEISMICITY UNDER IMPACTS OF POWERFULL ELECTROMAGNETIC PULSES The use of MHD in weapons is endless, with an effective MHD defence system in place, it is possible to use magnets, harnessing only the power of air, to create huge electric forces, using (8-10) Tesla Coils for defence would be made possible, of course the field of High Temperature Superconductivity (HTSC) would have to be conquered." General description Full Title: Induced Seismicity Due to Electromagnetic Impact Caused by MHD GeneratorTech Area / Field: ENV-SEM: Environment / Seismic MonitoringNNE-MEC: Non-Nuclear Energy / Miscellaneous Energy ConversionStatus: 3 / Approved without FundingDeputy Executive Director: DED US: Lawrence WrightSenior Project Manager: Karen Stepanovich Bunyatov, tel. 7+095+3214956, fax 7+095+7976014, bunyatovProject Manager: Avagimov A APhone: 7+095+4842377Fax: 7+095+4857990Leading Institute: IVTAN (High Temperatures) / High Energy Density Research Center, Moscow, RussiaSupporting institutes: NPO Soyuz (2), Dzerzhinsky, Moscow reg., RussiaCollaborators: Shizuoka Institute of Science and Technology, Fukuoka, JapanTokai University / Earthquake Prediction Research Center, Tokai, JapanTextron Systems, Wilmington, MA, USAUniversity of Tsukuba / Institute of Engineering Mechanics, Tsukuba, JapanProject Summary The objective of this Project is to determine physical nature of the induced seismicity under electromagnetic impact caused by the MHD generator and to develop a technology of the controlled electromagnetic impact (EMI) on the Earth crust aimed at the seismic hazard reduction. Seismicity is a process that is highly sensitive to external impacts, both natural and technogenic. The induced seismicity is caused mainly by human technological activity. Changes in the seismicity regime are observed during water-storage reservoir flooding; in the regions where intensive oil & gas extraction takes place; during deep-well disposal of wastes, etc. Also stated is the fact that underground nuclear explosions may effect spatio-temporal seismicity distribution and initiate its increase at separations up to 200-2,000 km. Recently, principally new results are obtained concerning the seismicity regime variation under the EMI caused by the MHD generator. The preliminary analysis of the EMI results shows the following principal features of such induced seismicity: - Significant spatio-temporal variations of the seismicity regime are revealed: the seismic activity after the MHD runs is pronouncedly higher than before the runs. - Sharp activation of local earthquakes takes place on 2th-7th day after the MHD runs, its duration being within several days. - The increment of the total energy release after the MHD runs is 5 to 6 orders of magnitude higher than total energy inserted into the load from the MHD generator. - Also noted is a tendency to spatial coincidence of the induced seismicity zones with the active areas of seismogenerating zones. - The analysis seismicity variation with depth shows that the highest response takes place in the upper 5-km layer of the earth crust. The external impact is assumed to initiate release of seismic energy accumulated in the media during the tectonic processes in the form of relatively weak earthquakes thus lowering the threshold level of strong catastrophic earthquakes. The Project goal is to determine the nature of the induced seismicity and to develop a technology background of the controlled electromagnetic impact on the geophysical media. The Project includes solution of the following tasks. Task 1. “Study of physical nature of the induced seismicity under the electromagnetic impact on the geophysical media”. Task 2. “Development of the design concept of the problem oriented MHD generator for the electromagnetic impact on the geophysical media”. Within the frame of the Project, the following research & development will be performed:- A model development of the induced seismicity generation under the EMI.- The EMI technology development.- Development of the design concept of the problem oriented MHD generator for the EMI.- Conclusions, recommendations. Field experiment program. The Project realization will provide a background for solution of fundamental and applied problems of the seismic hazard reduction. The Project engages scientists and high qualified specialists in seismology, geophysics, dynamical geoelectricity studying the induced seismicity problems in general and under the EMI in particular. Also engaged are scientists who previously worked within the field of underground nuclear explosion control. The Project should direct the efforts of scientists and high qualified specialists including those previously employed in military technologies onto the civil investigations, according to the ISTC principles. 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