Spect Evaluation(光谱评估)研究综述
Spect Evaluation 光谱评估 - Furthermore, there are several uncertainties associated with hydrocarbon reserve estimation which are presented in the later part of this chapter, and when these uncertainties are not factored into the prospect evaluation, the result is a wrong estimation of the reserves. [1] As a consequence, LIBS has wide potential to be utilized in mineral exploration, prospect evaluation, and deposit exploitation quality control. [2] This research discuss the impact of studying the common depth point (CDP) gathers on Near, Mid and Far-offsets, to verify the credibility of the amplitude response in the prospect evaluation, through analyzing a case study of two exploratory wells; one has already penetrated a gas-bearing sandstone as a reservoir and the other one is dry-sand, but drilled in two different prospects, using the amplitude versus offset (AVO) analysis, to understand the reservoir configuration and its relation to the different amplitude response. [3] In this case study, the depositional facies of the reservoir C-sand interval with the integration of electrofacies analyses, historical production data, and seismic attribute analyses using 3D seismic and well log data were analyzed for prospect evaluation and field development plan to achieving maximized production. [4] Our research discusses the impact of studying common depth point gathers on Near, Mid and Far-offsets, to verify the credibility of the amplitude response in the prospect evaluation, through analyzing a case study of two exploratory wells; one has already penetrated a gas-bearing sandstone reservoir and the second one is dry sand, but drilled in two different prospects, using the AVO analysis, to understand the reservoir configuration and its relation to the different amplitude response. [5] The petroleum prospect evaluation of the Gongola arm of the Upper Benue Trough in the northeastern part of Nigeria has been undertaken through the analyses of High Resolution Aeromagnetic data (HRAM) acquired over the basin, with a view to determining sections of the basin having basement geometry, sedimentary thickness and structural framework among others that could support generation and preservation of the hydrocarbon resource. [6] Keywords: prospect evaluation, seismic and well log data, Niger Delta, structural interpretation, faults, horizons DOI : 10. [7] Apart from the results related to the bibliographic productions, which can be found in several data basis, the tool makes available indicators in circular basis, which on turn, permit the prospect evaluation of future research results, as well as the evaluation of social responsibility and the popularization of research on the theme. [8] The improved understanding of tectono-stratigraphic relationships, including the 3-D distribution of carbonate reservoirs, benefited the planning of seismic surveys, prospect evaluation, drilling, and acreage relinquishment. [9]此外，本章后半部分将介绍与油气储量估算相关的若干不确定性，如果不将这些不确定性因素考虑到远景评价中，则结果是储量估算错误。 [1] 因此，LIBS 在矿产勘探、前景评价和矿床开采质量控制方面具有广泛的应用潜力。 [2] 本研究通过对两口探井的案例分析，讨论了研究共同深度点（CDP）道集对近、中、远偏移的影响，以验证幅度响应在远景评价中的可信度；一个已经穿透含气砂岩作为储层，另一个是干砂，但在两个不同的远景中钻探，使用幅度与偏移量 (AVO) 分析，以了解储层配置及其与不同幅度的关系回复。 [3] 在本案例研究中，结合使用 3D 地震和测井数据的电相分析、历史生产数据和地震属性分析，对储层 C 砂层段的沉积相进行分析，以进行前景评估和油田开发计划，以实现产量最大化. [4] 我们的研究通过分析两个探井的案例研究，讨论了研究共同深度点道集对近、中、远偏移的影响，以验证幅度响应在远景评价中的可信度；一个已经穿透了含气砂岩储层，第二个是干砂，但在两个不同的远景中钻探，使用 AVO 分析，以了解储层配置及其与不同幅度响应的关系。 [5] 通过分析在盆地上空获得的高分辨率航空磁数据 (HRAM) 对尼日利亚东北部上贝努埃海槽的贡戈拉臂进行了石油勘探评估，以确定具有基底几何形状的盆地部分，沉积厚度和结构框架等可以支持油气资源的生成和保存。 [6] 关键词：远景评价，地震和测井数据，尼日尔三角洲，构造解释，断层，层位 DOI : 10. [7] 除了可以在多个数据库中找到与书目产品相关的结果外，该工具还以循环的方式提供指标，从而可以对未来的研究成果进行前景评估，以及社会责任和社会责任的评估。主题研究的普及化。 [8] 对构造-地层关系（包括碳酸盐岩储层的 3-D 分布）的更好理解，有利于地震勘测、远景评估、钻井和土地放弃的规划。 [9]