shaly

简明释义

英[ˈʃeɪli]美[ˈʃeɪli]

adj. 页岩的；含页岩的

英英释义

单词用法

同义词

反义词

例句

1.And a correction method for acoustic logs from shaly sand is also proposed assuming that the bulk modulus of the rock is the linear weighted averages of its upper and lower limits.

在假定岩石体积模量是其上、下限值线性加权平均值的条件下，提出了泥质岩石油气层声波速度校正法。

2.Correction accuracy for clean sand and most of the shaly sand is less than 5% and 10% respectively.

纯砂岩的校正精度百分误差小于5%；泥质砂岩校正误差绝大多数小于10%。

3.Resistivity apparent formation factor, apparent cement exponent, resistivity index and apparent saturation exponent of shaly sands are related to temperature.

泥质砂岩电阻率、视地层因素、视胶结指数、电阻率增大系数、视饱和度指数均与温度有关。

4.The therical water saturation model in shaly sandstone is derived from HB equation under the consideration of many factors that affect the reservoir conductance.

地层水电阻率是测井解释中一个极其重要的参数，以纯地层条件推导的用于确定地层水电阻率的自然电位理论模型不适合泥质砂岩地层。

5.The former can be divided into granular and crystal grain limestone, while the latter includes clastic and shaly crystal dolomite.

研究认为，该区碳酸盐岩可划分为石灰岩和白云岩两大类。石灰岩可划分为颗粒灰岩和晶粒灰岩两类；

6.Taking well LS1 of Tuha oilfield as example, this paper presents oil testing technology of low permeability fractured shaly sandstone reservoir.

以吐哈油田LS1井为例，介绍了低渗透裂缝性泥砂岩层的试油技术。

7.The geologist described the rock formation as shaly, indicating it was rich in clay minerals.

地质学家将岩石层描述为页岩的，这表明它富含粘土矿物。

8.The shaly soil in this area makes it difficult for plants to grow.

该地区的页岩的土壤使植物难以生长。

9.During the excavation, they found a layer of shaly sediment that suggested a former marine environment.

在挖掘过程中，他们发现了一层页岩的沉积物，表明曾经有海洋环境。

10.The oil company is interested in the shaly formations for potential hydrocarbon extraction.

这家公司对页岩的地层感兴趣，以便进行潜在的碳氢化合物开采。

11.The shaly deposits were analyzed for their mineral content and economic viability.

对这些页岩的沉积物进行了矿物成分和经济可行性的分析。

作文

In the study of geology, one often encounters various types of rocks and sediments that make up the Earth's crust. Among these, a particularly interesting type is known as shaly, which refers to sedimentary rocks that are rich in clay minerals. These shaly formations can provide valuable insights into the geological history of an area. For instance, they are often associated with environments that were once underwater, such as ancient seas or lakes. The presence of shaly deposits can indicate periods of significant sedimentation, where fine particles settled over time to form layers of rock. The significance of shaly rocks extends beyond their formation. They play a crucial role in the field of petroleum geology. Many oil and gas reserves are found in association with shaly formations. This is because the fine-grained nature of shaly rocks allows them to act as both source rocks and reservoir rocks for hydrocarbons. Understanding the characteristics of shaly deposits is essential for geologists who are exploring for new energy resources. Moreover, shaly sediments can also impact the engineering properties of the soil. For construction projects, knowing whether the ground consists of shaly material can influence decisions regarding foundation design and stability. Engineers must consider the potential for shrink-swell behavior in shaly soils, which can lead to structural issues if not properly managed. In addition to their practical implications, shaly rocks have aesthetic and educational value. Many geological formations featuring shaly layers exhibit unique patterns and colors, making them fascinating subjects for photographers and artists. Furthermore, studying shaly outcrops can enhance our understanding of sedimentary processes and the evolution of landscapes over millions of years. As we delve deeper into the world of geology, the term shaly serves as a reminder of the complexity and diversity of Earth’s materials. Whether in the context of natural resource exploration, construction, or simply appreciating the beauty of the Earth, shaly formations are an integral part of our planet's story. Thus, embracing the concept of shaly not only enriches our knowledge but also deepens our connection to the natural world around us.

在地质学的研究中，人们常常会遇到构成地壳的各种岩石和沉积物。在这些岩石中，有一种特别有趣的类型被称为shaly，它指的是富含粘土矿物的沉积岩。这些shaly形成物可以提供有关某个地区地质历史的宝贵见解。例如，它们通常与曾经处于水下的环境相关，如古海洋或湖泊。shaly沉积物的存在可以表明显著沉积的时期，在这些时期，细小颗粒随着时间的推移沉降，形成岩石层。 shaly岩石的重要性不仅限于其形成。它们在石油地质学领域中扮演着至关重要的角色。许多油气储藏与shaly形成物相关联。这是因为shaly岩石的细粒特性使它们能够作为源岩和储集岩来储存碳氢化合物。了解shaly沉积物的特征对于正在寻找新能源资源的地质学家至关重要。 此外，shaly沉积物还会影响土壤的工程特性。在建设项目中，了解地面是否由shaly材料组成，可以影响基础设计和稳定性的决策。工程师必须考虑shaly土壤的收缩-膨胀行为，这可能导致结构问题，如果没有得到妥善管理。 除了它们的实际意义，shaly岩石还具有美学和教育价值。许多具有shaly层的地质形成展现出独特的图案和颜色，使它们成为摄影师和艺术家的迷人主题。此外，研究shaly露头可以增强我们对沉积过程和数百万年来景观演变的理解。 随着我们深入探索地质学，shaly这个术语提醒我们地球材料的复杂性和多样性。无论是在自然资源勘探、建筑还是单纯欣赏地球之美的背景下，shaly形成物都是我们星球故事不可或缺的一部分。因此，接受shaly的概念不仅丰富了我们的知识，也加深了我们与周围自然世界的联系。