drillings

简明释义

英[dˈrɪlɪŋz]美[ˈdrɪlɪŋz]

n. 钻粉；钻孔碎屑（drilling 的复数）

英英释义

单词用法

同义词

反义词

例句

1.As the drillings in a specific survey zone usually are much fewer, it is very difficult to control the variation of reservoir spatially.

但由于工区内钻孔往往稀少，因此，在空间上很难控制油气藏的变化特征。

2.In this paper, the application of low stress dynamic detecting and drillings to get continuous cores in the testing of deeply stirring cement piles is discussed.

主要探讨低应变动力检测法、钻孔连续取芯法在深层搅拌水泥桩检测中的应用。

3.The cementing of oil - and gas drillings is of particular importance.

特别重要的是油气钻井的灌浆。

4.It is very important to further investigate the close packing theory to develop cement additives for drillings in deep water and low permeability blocks.

紧密堆积理论的进一步研究对开发适用于深水开发、低压低渗区块开发的固井水泥添加剂具有重要意义。

5.In this paper, the application of low stress dynamic detecting and drillings to get continuous cores in the testing of deeply stirring cement piles is discussed.

主要探讨低应变动力检测法、钻孔连续取芯法在深层搅拌水泥桩检测中的应用。

6.A case study of a mine points out that layout of the drillings and the time space impacts the effect of the technology.

结合某矿突出实例，得知控制爆破和水力压裂的时空协同关系和钻孔的布置情况直接影响技术使用效果。

7.All the hardware accessories employ clamping structures that no drillings needed, which makes the installation easy and quick.

五金件使用夹持式结构，无需钻孔使安装更加简便快捷。

8.The environmental impact of the drillings must be carefully assessed.

必须仔细评估钻探的环境影响。

9.We need to analyze the drillings to determine the best location for the new well.

我们需要分析这些钻探样本以确定新井的最佳位置。

10.The geologist collected the drillings from various depths to analyze the soil composition.

地质学家从不同深度收集了钻探样本以分析土壤成分。

11.After the drillings, the team discovered a new layer of rock.

经过钻探，团队发现了一层新的岩石。

12.The oil company reported that their recent drillings yielded promising results.

这家石油公司报告称，他们最近的钻探取得了良好的结果。

作文

In the world of engineering and construction, the term drillings (钻孔) often comes into play. It refers to the process of creating holes in various materials, such as soil, rock, or metal, using specialized equipment. This procedure is crucial in numerous fields, including mining, oil extraction, and civil engineering. Understanding the significance of drillings (钻孔) helps us appreciate the complexities involved in these industries.One of the primary applications of drillings (钻孔) is in the field of geology and resource extraction. When geologists want to assess the presence of minerals or fossil fuels beneath the Earth's surface, they rely on drillings (钻孔) to obtain samples. These samples provide valuable information about the composition of the Earth's crust and help determine whether it is economically viable to extract resources from that location.For instance, in oil drilling, companies use advanced technologies to perform deep drillings (钻孔) that can reach several miles below the surface. The process involves not only drilling but also analyzing the rock and fluid samples retrieved. This data is essential for making informed decisions about where to invest in further exploration or drilling activities.Moreover, drillings (钻孔) are also vital in the construction industry. Engineers often need to create holes for foundations, utility lines, or even for installing large structural elements. The precision of these drillings (钻孔) directly impacts the safety and stability of the structures being built. For example, improper alignment or depth of a drilled hole can lead to catastrophic failures in buildings or bridges.In addition to traditional drilling methods, technological advancements have led to the development of more efficient and environmentally friendly techniques. For example, horizontal directional drilling allows for drillings (钻孔) to be conducted underground without disturbing the surface. This method is particularly useful for installing pipelines or cables in urban areas where surface disruption must be minimized.Furthermore, the study of drillings (钻孔) extends beyond practical applications; it also plays a role in scientific research. Oceanographers conduct drillings (钻孔) in the ocean floor to collect sediment cores, which provide insights into climate change, ocean currents, and geological history. These research initiatives are crucial for understanding our planet's past and predicting future changes.In conclusion, the term drillings (钻孔) encompasses a wide range of activities that are integral to various industries. From resource extraction to construction and scientific research, the implications of drillings (钻孔) are far-reaching. As technology continues to evolve, so too will the methods and applications of drillings (钻孔), making it an exciting area of study and practice. Ultimately, our ability to harness the power of drillings (钻孔) will play a significant role in shaping the future of engineering, environmental science, and resource management.

在工程和建筑领域，术语drillings（钻孔）经常出现。它指的是使用专业设备在各种材料中创建孔的过程，例如土壤、岩石或金属。这个过程在许多领域至关重要，包括采矿、石油开采和土木工程。理解drillings（钻孔）的重要性可以帮助我们欣赏这些行业所涉及的复杂性。drillings（钻孔）的一个主要应用是在地质学和资源开采领域。当地质学家想要评估地球表面下矿物或化石燃料的存在时，他们依赖于drillings（钻孔）来获取样本。这些样本提供了关于地壳成分的宝贵信息，并帮助确定从该位置开采资源是否经济可行。例如，在石油钻探中，公司使用先进技术进行深层drillings（钻孔），可以达到数英里深。这个过程不仅包括钻探，还包括分析提取的岩石和流体样本。这些数据对于做出明智的决策，以决定在哪里投资进一步的勘探或钻探活动至关重要。此外，drillings（钻孔）在建筑行业也至关重要。工程师经常需要为基础、公共设施管线或甚至大型结构元件创建孔。这些drillings（钻孔）的精确度直接影响到所建结构的安全性和稳定性。例如，钻孔的对齐或深度不当可能导致建筑物或桥梁的灾难性故障。除了传统的钻探方法，技术进步还导致了更高效和环保的技术的发展。例如，水平定向钻探允许在地下进行drillings（钻孔），而不干扰地表。这种方法在城市地区安装管道或电缆时特别有用，因为必须最小化表面的干扰。此外，drillings（钻孔）的研究不仅限于实际应用；它还在科学研究中发挥作用。海洋学家在海底进行drillings（钻孔）以收集沉积物核心，这些核心提供了气候变化、海洋洋流和地质历史的见解。这些研究计划对于理解我们星球的过去和预测未来变化至关重要。总之，术语drillings（钻孔）涵盖了一系列对各个行业至关重要的活动。从资源开采到建筑和科学研究，drillings（钻孔）的影响范围广泛。随着技术的不断发展，drillings（钻孔）的方法和应用也将不断演变，使其成为一个令人兴奋的研究和实践领域。最终，我们利用drillings（钻孔）的能力将在塑造工程、环境科学和资源管理的未来中发挥重要作用。