determining the promising area for ore deposits is one of the most important steps of prospecting in regional scales. there are many different methods for identifying these areas including geochemical and geophysical methods, remote sensing and sophisticated statistical methods. based on the theory of spatial relations between the dispersion pattern of ore deposits and metallogenic provinces, m...

The Ordovician strike-slip faults system in the Tahe area of Tarim Basin provides an important opportunity for using 3D seismic data to document structural characteristics, formation, and evolution their relationship with oil gas. With high-resolution data, are interpreted, classified, described coherence technique. geometric active periods, process analyzed, between hydrocarbon accumulation ch...

Software developers commonly exploit multicore processors by building multithreaded software in which all threads of an application share a single address space. This shared address space has a cost: kernel virtual memory operations such as handling soft page faults, growing the address space, mapping files, etc. can limit the scalability of these applications. In widely-used operating systems,...

Abstract We integrate new high-resolution aeromagnetic data with seismic reflection data, well logs, satellite remote sensing, and field observations to provide a regional view of buried exposed structures in the Southern Oklahoma Aulacogen assess their potential for future seismicity. Trends ranging from NW–SE ~E–W, peaking at 330° ± 4.5° 280° 3°, dominate magnetic lineaments Aulacogen, reflec...

Abstract In normally consolidated, shallow (depth <~3 km) siliciclastic sequences, faults develop clay smears. Existing models include the dependence of permeability on fraction, but improved predictions fault should account for uncertainty and anisotropy. We introduce PREDICT, a methodology that computes probability distributions directional components (dip-normal, strike-parallel, dip-...