interbed
简明释义
v. （地层）被夹于两层（或多层）间
复 数 i n t e r b e d s
第 三 人 称 单 数 i n t e r b e d s
现 在 分 词 i n t e r b e d d i n g
过 去 式 i n t e r b e d d e d
过 去 分 词 i n t e r b e d d e d
英英释义
To place or insert layers of different materials or sediments between each other, often used in geological contexts. | 将不同材料或沉积物的层置于彼此之间，通常用于地质学上下文。 |
单词用法
与...交替层 | |
交错沉积物 | |
交替层 | |
交错岩层 |
同义词
反义词
| 暴露 | The archaeologists had to expose the layers of sediment to study the fossils. | 考古学家必须暴露沉积层以研究化石。 | |
| 分开 | The two species are often found in separate habitats, minimizing competition. | 这两种物种通常在不同的栖息地中发现，以减少竞争。 |
例句
1.The dynamic process of bottom-water bypassing interbed and fleeing upward is simulated by using sintered planner models.
采用烧结的平面物理模型，实验模拟底水绕过上窜夹层的动态过程。
2.The restraining barrier is more steady than the interbed in vertical .
纵向上隔层分布稳定，夹层分布零散。
3.The noise in the information from the wells in the thin sand-mudstone interbed area with dense well network should be removed by coarsening well information.
对密井网的砂泥岩薄互层区采用井信息进行粗化去除部分干扰信息；
4.The prediction of thin bed and thin interbed thicknesses is an important link for the reservior lateral prediction.
薄层、薄互层厚度预测是储层横向预测的一重要环节。
5.Nanjing silty clay with fine sand interbed is a sediment deposited alternately by silty clay and fine sand, appearing to be a "thousand layers cake";
南京粉质粘土与粉砂互层土为粉质粘土与粉细砂交互沉积，呈现“千层饼”状外貌；
6.In this paper, we build a forward modeling of seismic response to thin-interbed and find the suitable condition of spectral decomposition.
试图通过正演模型开展薄互层地震响应特征分析来探讨分频技术的适用条件。
7.The sedimentary layers interbed 交错分布, creating a complex geological structure that required careful mapping.
沉积层
8.The geologist discovered layers of sandstone that were found to interbed 交替沉积 with shale in the region.
地质学家发现该地区的砂岩层与页岩层交替沉积。
9.The study aimed to analyze how different materials interbed 相互交错 in the formation of coal deposits.
该研究旨在分析不同材料在煤层形成过程中是如何
10.Researchers found that volcanic ash layers interbed 夹杂 with sedimentary rocks can help date the formations.
研究人员发现火山灰层
11.In the new construction site, engineers had to consider how the clay would interbed 交替层叠 with the underlying rock.
在新的施工现场，工程师们必须考虑粘土如何与底层岩石
作文
The geological processes that shape our planet are both fascinating and complex. One such process is the formation of sedimentary layers, which often involves the phenomenon of interbed (夹层). When different types of sediments are deposited in alternating layers, they create a unique structure that can tell us much about the Earth's history. For instance, in a typical sedimentary environment, we might find layers of sandstone interbedded with shale. This interbed structure indicates fluctuations in environmental conditions over time, such as changes in water levels or shifts in sediment supply.Understanding interbed formations is crucial for geologists who study sedimentary rocks. These interbedded layers can provide valuable information regarding past climates and environments. By analyzing the composition and thickness of these layers, scientists can reconstruct ancient ecosystems and understand how they have evolved. For example, if we observe a series of thick sandstone layers interbedded with thin siltstone layers, it may suggest a historical transition from a river-dominated environment to one influenced by quieter, more stable conditions.Moreover, interbed structures are not only important for academic research but also have practical implications. In the field of petroleum geology, understanding the layering of rocks can help locate potential oil and gas reservoirs. The presence of impermeable layers, such as those formed by interbed arrangements, can trap hydrocarbons, making them accessible for extraction. Therefore, geologists often conduct extensive studies of interbed formations when exploring new drilling sites.In addition to their geological significance, interbed layers can also influence construction and civil engineering projects. When building infrastructure, engineers must consider the stability of the ground beneath. If the soil or rock layers are interbedded with varying properties, it can affect how buildings and roads are designed and constructed. For instance, a layer of soft clay interbedded with hard rock could lead to uneven settling, which poses risks to structural integrity.In conclusion, the concept of interbed (夹层) is integral to our understanding of geological formations and processes. Whether it's studying the Earth’s history through sedimentary layers, exploring for natural resources, or ensuring safe construction practices, the implications of interbed structures are far-reaching. As we continue to learn more about our planet, the study of these interbedded formations will undoubtedly play a significant role in various scientific and practical fields.
