The Automatic Identification of Aperture in Carbonate Rocks

Hui Jian Wen; Qi Wang; Dong Yun Geng

doi:10.4028/www.scientific.net/AMR.734-737.207

Paper Titles

Study on Primary Controlling Factors to Carbonate Reservoir Physical Properties of Zhanazhol Oilfield
p.183

Study on Reservoir Characteristics of Shuguang Lower Hill
p.189

The Analysis of Sedimentary System and Provenance of Saertu Reservoir in Jiangqiao-Pingyang Area in Northern of Songliao Basin
p.194

The Analysis on the Evolution of Depositional Sequence in the Mid-Depth Formation under the Control of the Medium-Long Base-Level Change in Huanghekou Depression
p.199

The Automatic Identification of Aperture in Carbonate Rocks
p.207

The Present Conditions of Micro-Fine Disseminated Refractory Oolitic Hematite and Expectation
p.211

The Saidu Gold Deposit of Southern Altai, China: Mineralizing Stages and Ore-Forming Fluids Evolution
p.215

Tracing of the Deep Fluids in Western Tianshan by the Electron Microprobe Analyses of Omphacite Form High-Pressure Veins and Host-Rocks
p.219

Well Logging Identification Methods for Volcanic Lithofacies in the North of Songliao Basin, China
p.224

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 734-737The Automatic Identification of Aperture in...

The Automatic Identification of Aperture in Carbonate Rocks

Abstract:

To identify and segment automatically the apertures by using of differences between aperture area changes of the grayscale or chroma of carbonate rock and the surrounding rocks in imaging logging data. Contour extraction and contour tracing can extract the aperture boundary effectively, and calculate the aperture parameter which is unable to get quantitatively in common logging. Dealing with actual data, this method is confirmed to have a high precision.