oil samples

简明释义

油样

英英释义

例句

1.We collected oil samples from various wells for testing.

我们从不同的井中收集了油样进行测试。

2.The laboratory analyzed the oil samples to determine their purity.

实验室分析了油样以确定其纯度。

3.The geologist reported that the oil samples contained high levels of sulfur.

地质学家报告说这些油样含有高水平的硫。

4.After testing the oil samples, we discovered a significant drop in viscosity.

在测试这些油样后，我们发现粘度显著下降。

5.The company is required to submit oil samples for environmental compliance.

公司需要提交油样以符合环境规定。

作文

In the field of geology and petroleum engineering, the analysis of oil samples (石油样本) plays a crucial role in understanding the composition and quality of crude oil. When geologists and engineers explore new oil fields, they often collect oil samples (石油样本) from various locations to assess the potential for extraction. This process involves careful selection of sites, as the characteristics of the oil samples (石油样本) can vary significantly based on geological formations and environmental conditions.Once the oil samples (石油样本) are collected, they are sent to laboratories for detailed analysis. Scientists examine these oil samples (石油样本) to determine their chemical composition, viscosity, and density. This information is vital for predicting how the oil will behave during extraction and refining processes. For instance, heavier oils with high viscosity may require different extraction techniques compared to lighter oils.The importance of analyzing oil samples (石油样本) extends beyond just extraction. Environmental concerns also necessitate rigorous testing of these oil samples (石油样本). Understanding the presence of impurities or harmful substances in the oil can help mitigate environmental risks associated with drilling and transportation. By examining the oil samples (石油样本), scientists can identify pollutants and develop strategies to minimize their impact on ecosystems.Moreover, the data obtained from oil samples (石油样本) can inform economic decisions regarding oil production. Companies use the results of these analyses to estimate the market value of the oil and to strategize their investment in extraction technologies. The profitability of an oil field often depends on the quality of the oil samples (石油样本) collected during the initial exploration phase.In recent years, advancements in technology have improved the methods used for analyzing oil samples (石油样本). Techniques such as gas chromatography and mass spectrometry allow for more precise measurements and a better understanding of the molecular structure of the oil. These innovations enable researchers to uncover details that were previously inaccessible, leading to more informed decisions in oil exploration and production.Furthermore, the study of oil samples (石油样本) is not limited to just the physical and chemical properties of the oil itself. Researchers are increasingly looking at how the extraction process affects the surrounding environment. By analyzing oil samples (石油样本) taken from different stages of production, scientists can assess the impact of drilling on local ecosystems and develop best practices for sustainable oil extraction.In conclusion, the analysis of oil samples (石油样本) is a fundamental aspect of petroleum engineering and environmental science. It provides essential insights into the characteristics of crude oil, informs extraction and refining processes, and helps address environmental concerns. As technology continues to advance, the methods for analyzing oil samples (石油样本) will only become more sophisticated, further enhancing our understanding of this vital resource and its implications for the planet.

在地质学和石油工程领域，分析油样本(石油样本)在理解原油的组成和质量方面发挥着至关重要的作用。当地质学家和工程师探索新的油田时，他们通常会从不同地点收集油样本(石油样本)，以评估开采的潜力。这个过程涉及对地点的仔细选择，因为油样本(石油样本)的特性可能会根据地质构造和环境条件显著变化。一旦收集了油样本(石油样本)，它们会被送往实验室进行详细分析。科学家检查这些油样本(石油样本)以确定其化学成分、粘度和密度。这些信息对于预测石油在开采和精炼过程中的行为至关重要。例如，具有高粘度的重油可能需要与轻油不同的开采技术。分析油样本(石油样本)的重要性不仅限于开采。环境问题也要求对这些油样本(石油样本)进行严格测试。了解油中杂质或有害物质的存在可以帮助减轻与钻探和运输相关的环境风险。通过检查油样本(石油样本)，科学家可以识别污染物并制定减少其对生态系统影响的策略。此外，从油样本(石油样本)获得的数据可以为有关石油生产的经济决策提供信息。公司利用这些分析结果来估算石油的市场价值，并制定提取技术的投资策略。一个油田的盈利能力往往取决于在初步勘探阶段收集的油样本(石油样本)的质量。近年来，技术的进步改善了分析油样本(石油样本)的方法。气相色谱法和质谱法等技术允许更精确的测量和对油分子结构的更好理解。这些创新使研究人员能够揭示以前无法获取的细节，从而在石油勘探和生产中做出更明智的决定。此外，油样本(石油样本)的研究不仅限于石油本身的物理和化学性质。研究人员越来越关注开采过程如何影响周围环境。通过分析不同生产阶段采集的油样本(石油样本)，科学家可以评估钻探对当地生态系统的影响，并制定可持续石油开采的最佳实践。总之，分析油样本(石油样本)是石油工程和环境科学的基本方面。它提供了关于原油特性的基本见解，为开采和精炼过程提供信息，并帮助解决环境问题。随着技术的不断进步，分析油样本(石油样本)的方法将变得更加复杂，从而进一步增强我们对这一重要资源及其对地球影响的理解。