active source bed

简明释义

1. 有效生油层; 2. 活跃生油层;

英英释义

例句

1.The environmental impact study focused on the effects of drilling near the active source bed.

环境影响研究集中于钻探靠近活跃源床的影响。

2.Monitoring the active source bed can provide insights into sediment transport dynamics.

监测活跃源床可以提供沉积物运输动态的见解。

3.Our team is analyzing the composition of the active source bed to assess its mineral resources.

我们的团队正在分析活跃源床的成分，以评估其矿产资源。

4.The geologists discovered an active source bed in the region, indicating potential for new oil reserves.

地质学家在该地区发现了一个活跃源床，这表明可能存在新的石油储备。

5.The active source bed plays a crucial role in the local ecosystem by providing nutrients to surrounding waters.

该活跃源床在当地生态系统中发挥着至关重要的作用，为周围水域提供营养。

作文

In the field of geology and resource management, the term active source bed refers to a geological formation that is currently generating or has the potential to generate natural resources, such as oil, gas, or minerals. Understanding the characteristics and dynamics of an active source bed is crucial for effective exploration and extraction strategies. These formations are typically rich in organic materials and have undergone specific geological processes that allow them to produce valuable resources.The study of active source beds involves various scientific disciplines, including sedimentology, geochemistry, and geophysics. Sedimentology helps in understanding the deposition and composition of sediments that contribute to the formation of these source beds. Geochemistry provides insights into the chemical processes that lead to the generation of hydrocarbons or other resources from organic matter. Geophysics plays a role in identifying and mapping the locations of these source beds using techniques such as seismic surveys.One of the key factors that determine the activity of a source bed is its thermal maturity. As organic matter buried within the earth's crust is subjected to increasing temperatures and pressures over geological time, it undergoes a transformation into hydrocarbons. The level of this transformation is referred to as thermal maturity, and it significantly affects the productivity of an active source bed. If the organic material has reached the right level of thermal maturity, it can produce oil and gas, making it an essential target for energy companies.Furthermore, the geological setting of an active source bed plays a significant role in its ability to trap and hold these resources. Structural traps, such as anticlines or fault traps, can create reservoirs where hydrocarbons accumulate. The presence of impermeable rock layers above these reservoirs is also critical, as it prevents the escape of the generated resources.Exploration efforts often focus on identifying new active source beds to ensure a sustainable supply of energy and raw materials. Advances in technology, such as 3D seismic imaging and horizontal drilling, have enhanced our ability to locate and extract resources from these formations efficiently. However, the environmental implications of exploiting active source beds cannot be overlooked. Responsible management practices must be implemented to minimize ecological impacts, such as habitat disruption and pollution.In conclusion, the concept of an active source bed is fundamental in the exploration and production of natural resources. By understanding the geological processes and characteristics that define these formations, scientists and engineers can develop more effective strategies for resource extraction. As we face increasing demands for energy and materials, the importance of studying and managing active source beds will continue to grow, highlighting the need for sustainable practices in resource management.

在地质学和资源管理领域，术语active source bed指的是当前正在生成或有潜力生成自然资源（如石油、天然气或矿物）的地质构造。理解active source bed的特征和动态对于有效的勘探和开采策略至关重要。这些构造通常富含有机物，并经历了特定的地质过程，使它们能够产生有价值的资源。对active source beds的研究涉及多个科学学科，包括沉积学、地球化学和地球物理学。沉积学有助于理解沉积物的沉积和组成，这些沉积物促进了这些源床的形成。地球化学提供了对化学过程的深入了解，这些过程导致有机物生成碳氢化合物或其他资源。地球物理学则通过地震勘探等技术在识别和绘制这些源床的位置方面发挥作用。决定源床活动性的一个关键因素是其热成熟度。随着埋藏在地壳中的有机物在地质时间中受到不断增加的温度和压力的影响，它会经历转变成碳氢化合物的过程。这个转变的程度被称为热成熟度，它显著影响active source bed的生产能力。如果有机物达到了适当的热成熟度水平，就可以产生石油和天然气，使其成为能源公司的重要目标。此外，active source bed的地质背景在其捕集和储存这些资源的能力中也起着重要作用。结构性圈闭，如背斜或断层圈闭，可以创造出碳氢化合物聚集的储集层。在这些储集层上方存在不透水岩层也是至关重要的，因为它可以防止生成的资源逸出。勘探工作通常集中在识别新的active source beds上，以确保可持续的能源和原材料供应。技术的进步，如三维地震成像和水平钻探，增强了我们高效定位和提取这些构造中资源的能力。然而，开发active source beds的环境影响不可忽视。必须实施负责任的管理实践，以最小化生态影响，例如栖息地破坏和污染。总之，active source bed的概念在自然资源的勘探和生产中是基础。通过理解定义这些构造的地质过程和特征，科学家和工程师可以制定更有效的资源开采策略。随着我们面临对能源和材料需求的日益增加，研究和管理active source beds的重要性将继续增长，突显出在资源管理中采取可持续实践的必要性。