interactive petrophysics crack version 3.0

it can be found from UV-visible analysis that energy gap about 2.6 eV at 700 ̊ C, the band gap increasing with increasing temperature, also the absorption spectrum increasing at 700 C more than other samples while low at 150 and 300, the spectrum near to visible region around 400 nm. SPM results show that the morphology of samples at 500 ,700 more homogeneous. The α-Fe 2 O 3 nanoparticles strongly depend on the precursors composition, the pH solution and heated treatment. It can be noticed from results XRD test that iron oxide has the multiple phases when prepared in this method, where it's found that the crystal structure of sample iron oxide nanoparticle at 150 ̊ C is amorphous while the other samples are polycrystalline cubic (magnetite), hexagonal and Rhombohedral (hematite).The average size of nanoparticles in the range of (11.2, 29.48 and 46.2)nm at 300,500 and 700 ̊ C respectively, increased annealing temperature of the gel led to increase the average size. The structural, morphological and the optical properties are studied by XRD, SPM and UV-visible spectrum. 9H 2 O) andM monohydrated citric acid (C 6 H 8 O 7) then annealed at different annealing temperature (150,300,500and 700) C̊. Iron Oxide nanoparticles are synthesized by Sol-gel route from mixed two source materials M ferric nitrate (Fe(NO 3) 3. This study is provided water saturation values with depth that should use to calculate original oil in place and detect the perforation zones in the pay zone using Interactive Petrophysics software. From Indonesian model, the water saturation for Yamamma formation is ranged from 0.25 to 0.41. After making the environmental corrections, the porosity interpretation shows that the logging tools have a good quality of data reading. Simple Archie equation, Dual water model, and Indonesia model have been used to calculate water saturation of Yamamma carbonate formations. These correction charts are supplied in the Interactive Petrophysics software. Schlumberger charts 2005 had been used for environmental corrections. The available scanned copes of well logs are digitalized by using Neurolog software. The complex formation under study is Yamamma carbonate formation which is one of the deepest hydrocarbons bearing zone in the Nasiriya oilfield in south of Iraq. Water saturation is calculated by many models that developed over the years based on known physical principles or on empirically derived relationships.

Abstract: the accurate determination of water saturation in complex carbonate reservoirs is the most challenging aspects of well log analysis.

Interactive petrophysics crack version 3.0