While doing calculation for the project, the designers stumbled upon a new solution to a geological problem.
在对工程进行计算时，设计人员碰巧找到了解决地质问题的方法。。
Due to prospecting risk and uncertain prediction of geological exploration, evaluating methods for prospecting right are still being studied and have not got a successful solution.
由于探矿权勘查风险、地质前景的不可预测性，国内外对探矿权的评估方法仍处于探索阶段，不够成熟。
Some measures, such as reasonable geological model, equivalent layer and equalization of Jacobi matrix elements, are taken to achieve less parameters, stable inversion j process and definite solution.
本文采用了一些措施，如选用合理的地质模型及等效层的方法和平衡雅可比矩阵元素的方法等，力求减少反演的参数，稳定了求解过程和提高了求解的精度。
The paper summarizes the engineering geologic and hydrogeologic condition along the Shanghai Chongming Tunnel and analyses the unfavorable geological condition and its solution in the site.
对上海崇明越江隧道工程沿线的工程地质和水文地质条件进行概略总结，并对场地内的不良地质及其对策进行了分析评价。
Finally, the analysis and study of TSP-203 in the prediction and interpretation of the geological problems encountered during the proposed solution to the problem.
最后，分析和研究TSP- 203在地质预报和解译过程中遇到的问题，提出解决问题的方法。
From the basic principle of seismic exploration, this paper analyzes the essence of applying seismic inversion after stack to the solution of geological problems.
从地震勘探的基本原理出发，分析了叠后地震反演解决地质问题的本质。
Also, by using certain project collapse, this paper gives relative detail solution, which can be referenced in special collapse accidents in large collapse amount and worse geological conditions.
同时，结合某工程塌方实例，给出了比较具体的处理方案。该方案可以作为塌方量大、地质条件差等特殊塌方事故处理的借鉴。
Finally, geological composite index calculation to determine the optimal solution.
最后通过工程地质综合指数计算，确定最优方案。
Understanding the behavior of soils subjected to high pressures is fundamental to assisting in the solution to these types of geotechnical engineering and geological problems.
对高应力水平下粒状土体的破碎特性进行深入研究有助于解决这一类型的岩土工程问题。
Understanding the behavior of soils subjected to high pressures is fundamental to assisting in the solution to these types of geotechnical engineering and geological problems.
对高应力水平下粒状土体的破碎特性进行深入研究有助于解决这一类型的岩土工程问题。
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