WebFocal mechanisms given with partial data on both planes. Parameters are expected to be in the following columns: 1, 2 : longitude, latitude of event ( -: option interchanges order) 3 : depth of event in kilometers 4, 5 : strike, dip of plane 1 6 : strike of plane 2 7 : must be ±1 for a normal/inverse fault 8 : magnitude WebFocal mechanisms in Harvard CMT convention. scale adjusts the scaling of the radius of the "beach ball", which will be proportional to the magnitude. Scale is the size for …
Characteristics of focal mechanisms in Chile subduction
Webplot azimuth and take off in stereonet application, then find the focal mechanism (beach ball), determine the fault type, fault plane, rake, T axis and P axis. THANKS FOR THE HELP, GOD BLESS YOU. Show transcribed image text … WebRegional Moment Tensor (Mwr) Moment 4.189e+14 N-m Magnitude 3.68 Mwr Depth 4.0 km Percent DC 81% Half Duration - Catalog US Data Source US 2 Contributor US 2 Nodal Planes Plane Strike Dip Rake NP1 270 28 -78 NP2 76 62 -96 Principal Axes Axis Value Plunge Azimuth T 4.382e+14 N-m 17 171 N -0.417e+14 N-m 6 79 P -3.965e+14 N-m 72 … dunhams ffl
Water Free Full-Text Focal Mechanisms and Stress Field ...
WebJan 1, 2014 · Focal mechanisms inside subducting slabs were compiled by Isacks and Molnar ( 1971 ), who documented a universal mechanism of down-dip compression for events deeper than 450 km, expressing the difficulty of penetration by the slab of the lower mantle at the bottom of the transition zone. WebAug 1, 2012 · Diao et al [14] developed the method of calculating the sum of the angles between the P,T and B axis of focal mechanisms and the pressure, ... The absolute majority of rake angles are located in the vicinity of 90° with an underthrust pattern. The dip angles can be divided into two groups, one is about 60° and the other is about 30°. 30° or ... WebLocation Location ANSS 2024/04/03 13:27:05 58.358 -151.357 13.1 3.9 Alaska Focal Mechanism dunhams crossbow case