1.
A Cutting Recognition Algorithm Based on Support Vector Machine and Texture
一种基于支持向量机与纹理的岩屑识别算法
2.
The Logging Research for Pyroclastic Rock Identification;
火山碎屑岩岩性的测井识别方法研究
3.
Clastic facies pattern recognition is somewhat systematic.
碎屑岩相模式的识别是带有一定系统性的。
4.
The Determination of Optimal Procedure for Cuttings Lithology Identification Based on Multi-characteristics Extracting;
基于多种特征量提取的岩屑岩性最优识别方案研究
5.
The application and improvement for the imaging distinguishing analytic technique for PDC bit cuttings in Luodai Gasfield
PDC钻井岩屑成像识别分析技术在洛带气田的应用与改进
6.
Based on the authigenic and clay mineral assemblage, two types of diagenetic ambient have been recognized in the Meso-Cainozoic detrital rocks in Tarim basin.
根据自生矿物与粘土矿物组合，在塔里木中新生界碎屑岩中可以识别出两种成岩环境。
7.
subfeldspathic lithic arenite
亚长石质岩屑砂屑岩
8.
Study on Intelligent Detection of Geometric Parameters of Chip;
切屑形态参数智能识别的原理及技术
9.
lithic arkosic wacke
岩屑长石砂岩质杂砂岩
10.
sparry intraclastic calcarenite
亮晶内碎屑砂屑灰岩
11.
Study on Lithologic Identification and Fracture Evaluation of Igneous Rock Reservoirs;
火成岩储层岩性识别及裂缝评价研究
12.
Lithology Identification of Igneous Rock Using FMI Texture Analysis
FMI图像纹理统计方法识别火成岩岩性
13.
The Technology Research on Volcanite Lithology Log Identification Method
火山岩的成像测井岩性识别技术研究
14.
Image Processing and Recognizing of Chip Shape Based on Mathematical Morphological
基于数学形态学和纹理的切屑图像处理及识别
15.
Optimized Pattern Recognition Method of Chip Shape Based on Genetic Algorithm
基于遗传算法优化的切屑形态识别方法
16.
The Study of the Image Inspecting Technique and the Chip Shape Recognition Technique
图像检测技术与切屑形态识别技术的研究
17.
Bayes Discriminant Analysis Method in Lithology Recognition
Bayes判别分析方法在岩性识别中的应用
18.
This new knowledge was available through the medium of microscopic examination of the sample cuttings.
这种新的知识是通过岩屑样的显微镜鉴定取得的。