| 1. | Study on interval nonlinear fuzzy judgment method of rock mass classification
岩体质量分类区间非线性模糊评判方法研究 |
| 2. | Fuzzy hierarchy analysis of rock mass quality of steep sl opes of tonglushan mine
铜录山矿陡边坡岩体质量的模糊层次分析 |
| 3. | Investigation and analysis of engineering geological condition in xincheng gold mine
新城金矿深部节理裂隙调查及岩体质量分级评价研究 |
| 4. | This thought and method of studying dam foundation rock mass quality can be extended to other water - power projects
这种研究坝基岩体质量的思路、方法可以推广到其它水电工程。 |
| 5. | The comparison between the results and bq values which calculated by the standard for rock mass classification ( gb500218 - 94 ) is very approximate
结果与国家标准《岩体质量分级标准》 ( gb50218 ? 94 )所确定的岩体质量指标bq值非常接近。 |
| 6. | The same methods are applied to rock mass quality assessment of the shuibuya project dam foundation rock mass , and the rock mass fit for dam foundation is selected
在此基础上应用该方法对清江水布垭水电工程坝基趾板岩体进行工程岩体质量分级。 |
| 7. | Rock mass mechanical parameters corresponding to individual rock mass quality at different levels are determined by means of correlation analysis and statistical analysis
并采用现场试验资料与岩体质量分级指标的相互关系进行系统综合分析，提出不同级别岩体的力学参数。 |
| 8. | Under the combined action of above - mentioned four factors , the complex rock mass at right bank which consist of two weak rock mass bands and superficial unloading relaxed rock mass came into being
其相关系数在0 . 85以上。在此定量化基础上，结合现场分类以及水利水电工程地质勘察规范，通过对比综合，得到研究区岩体质量分级。 |
| 9. | Compute parameter data in rock mass quality assessment of the three gorge project dam foundation rock mass , and compare the results with former conclusion . the results accord with practical engineering projects
对长江三峡大坝坝基岩体质量分级的参数指标数据进行试算，并将得到的计算结果与原结论进行比较，结果符合工程实际。 |
| 10. | Hereby , a study on the mechanical genesis , rock mass quality and engineering effect of the complicated rock mass is very important . base on site investigation and abundant past achievement , we carefully studied it and draw some conclusions
因此，研究右岸复杂岩体的成因、岩体质量以及工程效应对坝型的选择及岩体的合理利用具有重要的意义。 |
