superjacent

简明释义

英[ˌsuːpəˈdʒeɪs(ə)nt;ˌsjuː-]美[ˌsʊpərˈdʒesnt]

adj. 压在上面的；盖在上面的

英英释义

单词用法

同义词

反义词

例句

1.According to carving the different material quality writing, but passing a fuselage, superjacent revolution adjusts Niu adjusting the weight delineating arbitrarily.

根据刻写的不同材质，电刻笔可通过机身上方的旋转调节钮任意调节刻划的深浅度。

2.According to carving the different material quality writing, but passing a fuselage, superjacent revolution adjusts Niu adjusting the weight delineating arbitrarily.

根据刻写的不同材质，可通过机身上方的旋转调节钮任意调节刻划的深浅度。

3.According to carving the different material quality writing, but passing a fuselage, superjacent revolution adjusts Niu adjusting the weight delineating arbitrarily.

根据刻写的不同材质，电刻笔可通过机身上方的旋转调节钮任意调节刻划的深浅度。

4.The superjacent 上方的 clouds were blocking the sunlight from reaching the ground.

上方的云层阻挡了阳光照射到地面。

5.In architecture, the superjacent 上层的 floor provides additional support to the structure below.

在建筑中，上层的楼层为下面的结构提供额外支持。

6.The superjacent 覆盖在...之上的 soil layer is crucial for plant growth.

覆盖在土壤层上的层次对植物生长至关重要。

7.The layer of sedimentary rock is superjacent 位于...之上 to the older volcanic rock.

这层沉积岩位于...之上于较老的火山岩。

8.The geological survey revealed that the superjacent 上层的 strata contained valuable minerals.

地质调查显示，上层的地层含有珍贵矿物。

作文

In the study of geography, we often encounter various terms that describe the relationships between different landforms and structures. One such term is superjacent, which refers to something that is situated above or on top of another object or layer. Understanding this concept can greatly enhance our comprehension of how different geological layers interact with one another, as well as how they affect the environment around them.For instance, when we examine a stratigraphic column, we can observe that certain rock layers are superjacent to others. This means that the upper layers were deposited after the lower ones, creating a chronological sequence of geological history. The superjacent layers can provide valuable information about the conditions that existed at the time of their formation, including climate, sedimentation rates, and biological activity. Consider the example of sedimentary rocks found in riverbeds. The layers of sediment that accumulate over time can be seen as superjacent to one another. The oldest layers are typically found at the bottom, while the most recent deposits lie at the top. This arrangement not only helps geologists understand the timeline of sediment deposition but also reveals insights into past environmental conditions. For instance, if a superjacent layer contains fossils of marine life, it may indicate that the area was once underwater, providing clues about the historical changes in the landscape.Moreover, the concept of superjacent can extend beyond geology into other fields such as architecture and urban planning. In these contexts, buildings and structures can be described as superjacent to one another based on their physical arrangement. For example, in a multi-story building, the upper floors are superjacent to the lower ones, creating a vertical hierarchy that affects how space is utilized and experienced by inhabitants. Understanding the implications of superjacent relationships can also play a crucial role in environmental management. When assessing the impact of construction projects or natural disasters, recognizing which elements are superjacent can help planners make informed decisions. For instance, if a new development is proposed on a hillside, understanding how the superjacent soil layers interact with underlying rock formations can inform strategies for preventing erosion and maintaining stability. In conclusion, the term superjacent serves as a vital descriptor in various disciplines, offering insights into the relationships between different layers and structures. Whether in geology, architecture, or environmental science, recognizing the significance of superjacent arrangements can enhance our understanding of complex systems and improve our ability to make informed decisions. As we continue to explore and study our world, the concept of superjacent will undoubtedly remain an important aspect of our analyses, guiding us toward deeper knowledge and better practices.

在地理学的研究中，我们经常会遇到描述不同地貌和结构之间关系的各种术语。其中一个术语是superjacent，它指的是位于另一个物体或层之上或顶部的东西。理解这一概念可以大大增强我们对不同地质层相互作用的理解，以及它们如何影响周围环境。例如，当我们检查一个地层柱时，可以观察到某些岩层是superjacent于其他岩层的。这意味着上层是在下层之后沉积的，形成了地质历史的时间顺序。superjacent层可以提供有关其形成时存在的条件的宝贵信息，包括气候、沉积速率和生物活动。考虑河床中的沉积岩的例子。随着时间的推移，沉积物的层次可以被视为彼此superjacent。最古老的层通常位于底部，而最近的沉积物则位于顶部。这种排列不仅有助于地质学家理解沉积的时间线，还揭示了过去环境条件的见解。例如，如果一层superjacent的层包含海洋生物的化石，则可能表明该地区曾经在水下，为地形的历史变化提供线索。此外，superjacent的概念可以扩展到建筑和城市规划等其他领域。在这些上下文中，建筑物和结构可以根据它们的物理排列被描述为superjacent于彼此。例如，在一栋多层建筑中，上层位于下层之上，形成了一个垂直的层次结构，影响着空间的使用和居住者的体验。理解superjacent关系的影响在环境管理中也起着至关重要的作用。在评估建筑项目或自然灾害的影响时，识别哪些元素是superjacent可以帮助规划者做出明智的决策。例如，如果在山坡上建议进行新的开发，了解superjacent土壤层与底层岩石层之间的相互作用可以为防止侵蚀和维持稳定提供策略。总之，superjacent一词在各个学科中都是一个重要的描述符，提供了关于不同层和结构之间关系的见解。无论是在地质学、建筑学还是环境科学中，认识到superjacent安排的重要性都可以增强我们对复杂系统的理解，并改善我们做出明智决策的能力。随着我们继续探索和研究我们的世界，superjacent的概念无疑将继续作为我们分析的重要方面，指引我们走向更深的知识和更好的实践。