bore log

简明释义

1. 钻孔柱状图; 2. 测井记录; 3. 测井曲线;

英英释义

例句

1.In order to assess the groundwater quality, we need to examine the bore log from the last excavation.

为了评估地下水质量，我们需要检查上次挖掘的钻孔记录。

2.The geologist reviewed the bore log to analyze the soil layers encountered during drilling.

地质学家查看了钻孔记录以分析钻探过程中遇到的土层。

3.Before starting the project, the team analyzed the bore log to identify potential risks.

在项目开始之前，团队分析了钻孔记录以识别潜在风险。

4.The engineer included details from the bore log in the construction report to ensure compliance with safety standards.

工程师在施工报告中包含了钻孔记录的细节，以确保符合安全标准。

5.The bore log indicated a high level of clay in the subsurface, which could affect foundation stability.

钻孔记录显示地下有高含量的粘土，这可能影响基础的稳定性。

作文

In the field of geology and civil engineering, a crucial document known as a bore log plays an essential role in understanding subsurface conditions. A bore log is a detailed record of the geological formations encountered during the drilling of a borehole. This document not only includes information about the types of soil and rock layers found but also provides insights into groundwater levels, the presence of contaminants, and other significant geological features. Engineers and geologists rely heavily on bore logs to make informed decisions regarding construction projects, environmental assessments, and resource extraction. The process of creating a bore log begins when a borehole is drilled into the ground. As the drill penetrates various layers of earth, samples are taken at regular intervals. These samples are then analyzed to determine their composition, strength, and other physical properties. The data collected from these samples is meticulously documented in the bore log. This log will typically include descriptions of the soil type, color, texture, moisture content, and any notable characteristics such as gravel or clay inclusions. One of the primary uses of a bore log is to inform the design of foundations for buildings and other structures. By understanding the types of soil present at a construction site, engineers can determine the appropriate foundation type and depth needed to ensure stability and safety. For example, if a bore log indicates that the soil consists predominantly of loose sand, engineers may recommend a deeper foundation to prevent settling or shifting. Conversely, if the log shows dense clay, different considerations may apply. Additionally, bore logs are invaluable in environmental studies. They help identify potential contamination issues by revealing the presence of hazardous materials within the soil layers. This information is critical for environmental remediation projects where contaminated sites need to be cleaned up before construction can begin. Without accurate bore logs, it would be challenging to assess the extent of contamination and develop effective cleanup strategies. Moreover, bore logs contribute significantly to resource exploration. In mining and oil drilling, these logs provide vital information about the geological formations that may contain valuable minerals or fossil fuels. By analyzing the data in a bore log, companies can decide where to drill next and how to optimize their extraction processes. In conclusion, a bore log is more than just a technical document; it is a vital tool that supports various industries by providing essential geological information. Whether for construction, environmental protection, or resource management, the significance of bore logs cannot be overstated. Understanding how to read and interpret these logs is a fundamental skill for professionals in geology and engineering, ensuring that projects are designed and executed with the utmost consideration for the earth beneath our feet.

在地质学和土木工程领域，一份被称为bore log的重要文件在了解地下条件方面起着至关重要的作用。bore log是记录在钻探孔中遇到的地质构造的详细记录。该文件不仅包括关于发现的土壤和岩石层类型的信息，还提供了地下水位、污染物存在以及其他重要地质特征的见解。工程师和地质学家在做出关于建筑项目、环境评估和资源开采的明智决策时，极度依赖bore log。 创建bore log的过程始于在地面上钻孔。当钻头穿透各种土层时，会定期取样。这些样本随后被分析以确定其成分、强度和其他物理特性。从这些样本收集的数据被仔细记录在bore log中。该日志通常包括土壤类型、颜色、质地、湿度含量及任何显著特征（如砾石或粘土夹层）的描述。 bore log的主要用途之一是为建筑物和其他结构的基础设计提供信息。通过了解施工现场的土壤类型，工程师可以确定确保稳定性和安全性所需的适当基础类型和深度。例如，如果bore log表明土壤主要由松散的沙子组成，工程师可能会建议加深基础以防止沉降或移动。相反，如果日志显示密实的粘土，则可能需要考虑不同的方案。 此外，bore log在环境研究中也是极其宝贵的。它们通过揭示土层中有害物质的存在来帮助识别潜在的污染问题。这些信息对于环境修复项目至关重要，在这些项目中，必须在开始施工之前清理受污染的场地。如果没有准确的bore log，就很难评估污染的程度并制定有效的清理策略。 此外，bore log在资源勘探中也具有重要意义。在采矿和石油钻探中，这些日志提供了有关可能包含有价值矿物或化石燃料的地质构造的重要信息。通过分析bore log中的数据，公司可以决定下一步的钻探地点以及如何优化其提取过程。 总之，bore log不仅仅是一份技术文件；它是一种支持各个行业的重要工具，通过提供必要的地质信息来发挥作用。无论是为了施工、环境保护还是资源管理，bore log的重要性都不容小觑。理解如何阅读和解释这些日志是地质学和工程专业人士的一项基本技能，确保项目在设计和执行时充分考虑到我们脚下的土地。