METHOD OF DESCENDING ALTITUDE AND DECREASING WAVES' ENERGY IN A DEEP POND WHEN A LANDSLIDE MASSIF COLLAPSES INTO IT

摘要

1.A method of descending altitude and decreasing waves' energy in a deep pond, when a landslide massif collapses into it, characterized in that a landslide massif or its upper layer is divided into blocks till first shift boundary due to explosions in wells. 2.The method of claim 1, characterized in that consists in dividing a landslide into blocks without its first shifting due to correction of the distance between wells, the charge mass and the location of a charge in a well. 3.The method of claim 1, characterized in that consists in selecting form and size of blocks according to the plan of isohypses of a sliding surface in order to maximize the angel between shifting direction of each block and the whole landslide massif. 4.The method of claim, characterized in that consists in taking into consideration location of large faults, seismic trenches, faults in the body of a landslide while planning forms and size of blocks. 5.The method of claim 1, characterized in that consists in dividing the landslide into blocks throughout all shifting horizons at once in case of multilayer landslide (two and more shift surfaces). 6.The method of claim 1, characterized in that consists in "trimming" of the upper horizon of a landslide massif, divided into blocks, which produces shifting of only upper horizon, in order to begin its shifting with the help of explosions in wells "on blowout". 7.The method of claim 1, characterized in that consists in creating a "banquet" or a "counter-banquet" due to shifting of the upper part of a landslide massif to increase counterfort, which will provide full stabilization or smooth shifting of underlying layers of a landslide into a pond.