论文部分内容阅读
传统的深层卤水资源量评价方法一般采用容积法,但容积法过于简单,同时也无法处理深层卤水各参数的严重不均一问题。利用Opengl API三维渲染技术来建立储卤层三维模型,利用克里格法对储卤层三维模型进行网格化,并用模拟的方法来解决各参数的严重不均一性,既保证了资源量评价中圈区算量的基本思想,又获得更准确的计算结果。为了便于该方法应用,进行了软件实现,并用于四川盆地东北部某储卤构造的资源量评价中。该方法能更充分的利用深部地质参数,其结果相对容积法更优。
The traditional method of volume evaluation of deep brine resources generally adopts the volumetric method, but the volumetric method is too simple and can not deal with the serious non-uniformities of various parameters of deep brine. Using Opengl API three-dimensional rendering technology to build a three-dimensional model of storage halves, using the Kriging method to mesh the three-dimensional model of the storage halves and solving the serious inhomogeneity of the parameters with the simulation method, The calculation of the circle in the basic idea, but also get more accurate calculation results. In order to facilitate the application of the method, the software was implemented and used in the evaluation of the amount of resources in a storage structure in the northeastern Sichuan Basin. The method can make full use of the deep geological parameters, and the result is better than the relative volume method.