subjacent

简明释义

英[sʌbˈdʒeɪs(ə)nt]美[sʌbˈdʒeɪs(ə)nt]

adj. 在底下的；在下级的

英英释义

单词用法

同义词

反义词

例句

1.No invasion of subjacent renal sinus fat.

病灶没有侵犯邻近肾窦脂肪。

2.For example subjacent device can store the drawer that the thing USES, the woodiness mesa after two-phase superposition also can regard as the table is used.

例如在下方装置了可储存东西用的抽屉，两相叠合后的木质台面也可以当作桌子使用。

3.Is not this second infinite, so to speak, subjacent to the first?

第二个无极是不是第一个的里层呢？

4.The accuracy of settlement calculation of composite foundation with mixing piles depends on the additional stress distribution in the foundation, especially in the subjacent bed.

搅拌桩地基沉降计算的准确性取决于搅拌桩复合地基中附加应力的分布，特别是下卧层应力的分布。

5.The accuracy of settlement calculation of composite foundation with mixing piles depends on the additional stress distribution in the foundation, especially in the subjacent bed.

搅拌桩地基沉降计算的准确性取决于搅拌桩复合地基中附加应力的分布，特别是下卧层应力的分布。

6.The environmental study revealed that the subjacent 下层的 rock formations were influencing groundwater flow.

环境研究显示，<subjacent>下层的subjacent>岩层正在影响地下水流动。

7.During the archaeological dig, they discovered artifacts buried in the subjacent 下层的 soil.

在考古挖掘过程中，他们发现了埋在<subjacent>下层的subjacent>土壤中的文物。

8.In the construction project, the engineers had to ensure that the subjacent 下方的 soil was stable enough to support the foundation.

在建设项目中，工程师必须确保<subjacent>下方的subjacent>土壤足够稳定，以支撑基础。

9.The subjacent 下层的 aquifer provides essential water resources for the region's agriculture.

<subjacent>下层的subjacent>含水层为该地区的农业提供了重要的水资源。

10.The geologist examined the layers of rock, noting that the subjacent 下层的 sedimentary deposits were crucial for understanding the area's history.

地质学家检查了岩石层，注意到<subjacent>下层的subjacent>沉积物对于理解该地区的历史至关重要。

作文

In the realm of geology and environmental science, the term subjacent (地层下的) plays a crucial role in understanding the interactions between different layers of earth materials. The word itself derives from the Latin 'subjacere', meaning 'to lie beneath'. This concept is essential when studying soil profiles, rock formations, and even the foundations of buildings. For instance, when we analyze a soil profile, we often encounter various layers that have distinct characteristics. The top layer may consist of organic matter, while the subjacent (地层下的) layer could be composed of clay or sand. Understanding the properties of these subjacent (地层下的) layers is vital for agricultural practices, as it influences water retention, root growth, and nutrient availability.Moreover, in the context of construction and civil engineering, the subjacent (地层下的) layer of soil or rock can determine the stability of a structure. Engineers must assess the subjacent (地层下的) conditions to ensure that the foundation is secure and that the building will withstand natural forces such as earthquakes or heavy rains. If the subjacent (地层下的) material is too weak or unstable, it can lead to catastrophic failures, which is why geotechnical investigations are a standard part of the planning process.Furthermore, the concept of subjacent (地层下的) layers extends beyond just physical sciences; it can also be applied metaphorically in various fields. For example, in literature, a story may have a subjacent (地层下的) theme that runs deeper than the surface narrative. This underlying message can provide richer meaning and provoke thought among readers. Analyzing the subjacent (地层下的) themes in a piece of literature can reveal the author's intentions and societal commentary, enriching our understanding of the text.In summary, the term subjacent (地层下的) is more than just a scientific jargon; it encompasses a wide range of applications across disciplines. Whether discussing soil layers in agriculture, assessing foundation stability in engineering, or uncovering deeper meanings in literature, recognizing the significance of what lies subjacent (地层下的) is essential. This understanding not only enhances our knowledge of the natural world but also encourages critical thinking in interpreting various forms of expression. Thus, the concept of subjacent (地层下的) serves as a reminder that there is often more beneath the surface, waiting to be discovered and understood.

在地质学和环境科学领域，术语subjacent（地层下的）在理解不同土层之间的相互作用方面发挥着至关重要的作用。这个词本身源自拉丁语“subjacere”，意为“位于下面”。这一概念在研究土壤剖面、岩石形成甚至建筑物基础时至关重要。例如，当我们分析土壤剖面时，通常会遇到具有不同特征的各种层次。顶层可能由有机物组成，而subjacent（地层下的）层可能由粘土或沙子构成。了解这些subjacent（地层下的）层的性质对于农业实践至关重要，因为它影响水的保持、根系生长和养分的可用性。此外，在建筑和土木工程的背景下，土壤或岩石的subjacent（地层下的）层可以决定结构的稳定性。工程师必须评估subjacent（地层下的）条件，以确保基础的安全，并确保建筑能够承受自然力量，如地震或大雨。如果subjacent（地层下的）材料过于脆弱或不稳定，则可能导致灾难性的失败，这就是为什么岩土工程调查是规划过程的标准部分。此外，subjacent（地层下的）层的概念超越了物理科学，也可以在各个领域中隐喻性地应用。例如，在文学中，一个故事可能有一个subjacent（地层下的）主题，远比表面叙事更深刻。这种潜在的信息可以提供更丰富的意义，并引发读者的思考。分析一部文学作品中的subjacent（地层下的）主题可以揭示作者的意图和社会评论，丰富我们对文本的理解。总之，术语subjacent（地层下的）不仅仅是科学术语；它涵盖了跨学科的广泛应用。无论是讨论农业中的土层、评估工程中的基础稳定性，还是揭示文学中的更深层含义，认识到subjacent（地层下的）所蕴含的重要性都是至关重要的。这种理解不仅增强了我们对自然世界的认识，还鼓励我们在解释各种表达形式时进行批判性思考。因此，subjacent（地层下的）这一概念提醒我们，往往在表面之下还有更多的东西，等待被发现和理解。