Abstract: A soil landslide matrix suction testing method and system based on soil body conductivity.

Abstract: A magnetically levitated antiseismic structure comprises a main structure and one or more substructures. A first electromagnet is arranged at a base of the substructure and a corresponding second electromagnet is arranged on the substrate beneath the first electromagnet, both of the first and second electromagnets having the same electromagnetic polarity when they are electrically connected to a power source. The first and second electromagnets are electrically connected to an electromagnetic control device, and the electromagnet control device including an earthquake signal receiver. The present invention can effectively free people from damages and injuries from the earthquake.

Abstract: Provided is a device for testing an isolation structure comprising an isolation layer having an upper beam, a lower beam and a top beam plate, along with an upper portion, the device comprising a plurality of upper corbels, a plurality of lower corbels, a plurality of hoisting jacks, a plurality of acceleration sensors, a plurality of displacement sensors, an acceleration collecting analyzer and a displacement collecting analyzer. A method for testing an isolation structure is also provided.

Abstract: Provided is a device for testing an isolation structure comprising an isolation layer having an upper beam, a lower beam and a top beam plate, along with an upper portion, the device comprising a plurality of upper corbels, a plurality of lower corbels, a plurality of hoisting jacks, a plurality of acceleration sensors, a plurality of displacement sensors, an acceleration collecting analyzer and a displacement collecting analyzer. A method for testing an isolation structure is also provided.