saliferous

简明释义

英[sæˈlɪfərəs]美[səˈlɪfərəs]

adj. 含盐的

英英释义

单词用法

同义词

反义词

例句

1.By performing core displacement and micro pore model displacement experiments, the mechanism and changing law of saliferous reservoir parameters were studied.

通过岩心驱替以及砂岩微观孔隙模型驱替实验，研究了高含盐油藏水驱储层参数变化机理和规律。

2.By performing core displacement and micro pore model displacement experiments, the mechanism and changing law of saliferous reservoir parameters were studied.

通过岩心驱替以及砂岩微观孔隙模型驱替实验，研究了高含盐油藏水驱储层参数变化机理和规律。

3.When long-distance pipeline is located at the saliferous soil, the differential concentration of salt will speed up corrosion of pipeline.

长输管道在通过盐渍区土壤时，土壤的盐浓度差异会使处于高盐浓度土壤中的管道加速腐蚀。

4.Bifacial leaf and mesophyll tissue contain crystals, phloem is rich in saliferous vacuoles, and the mechanical tissue is developed.

异面叶，叶肉组织中含有晶体，韧皮部内富含含盐液泡泡，机械组织发达。

5.Maoxing block saliferous strata are mainly in 4 th Member, Funing Formation, Eocene Series.

茅兴块段含盐系地层主要为始新统阜宁组四段。

6.Palisade tissue is rich in saliferous vacuoles, while vascular bundle sheath is obvious.

栅栏组织富含含盐液泡泡，维管束鞘明显。

7.The phase diagram of saliferous water-railway basis saltstone system was analysized.

对不同盐度洪水与铁路路基岩盐作用进行了相图分析。

8.The saliferous 含盐的 rock formations in the area are a significant source of salt mining.

该地区的saliferous 含盐的 岩石层是盐矿开采的重要来源。

9.Researchers discovered a saliferous 含盐的 aquifer that could provide water for irrigation.

研究人员发现了一个saliferous 含盐的 蓄水层，可以为灌溉提供水源。

10.The saliferous 含盐的 deposits along the coastline have attracted geologists from around the world.

沿海的saliferous 含盐的 沉积物吸引了来自世界各地的地质学家。

11.In the saliferous 含盐的 marshes, we can find unique ecosystems that thrive in high salinity.

在saliferous 含盐的 湿地中，我们可以找到在高盐度环境中繁荣的独特生态系统。

12.The saliferous 含盐的 layers beneath the surface are crucial for understanding the region's geology.

地下的saliferous 含盐的 层对于理解该地区的地质结构至关重要。

作文

The study of geology often reveals fascinating insights into the Earth's composition and the various processes that shape our planet. One particularly interesting aspect of geology is the examination of rock formations that are described as saliferous (含盐的). These rocks, which contain significant amounts of salt, can be found in various regions across the globe, and they play a crucial role in both natural ecosystems and human industries. Understanding saliferous deposits is essential for several reasons, including their impact on agriculture, water supply, and even climate change. In many parts of the world, saliferous formations are associated with arid or semi-arid climates where evaporation rates are high. As water evaporates from these areas, it leaves behind minerals, including salts, which accumulate over time. This process creates vast salt flats and salt domes that can be both beautiful and economically valuable. For example, the Great Salt Lake in Utah is a well-known saliferous body of water, rich in various salts and minerals, attracting tourists and researchers alike. From an agricultural perspective, saliferous soils can present challenges. High salt concentrations can hinder plant growth, making it difficult to cultivate crops in certain regions. Farmers must often implement strategies to manage soil salinity, such as using salt-resistant plant varieties or employing irrigation techniques to leach excess salts from the soil. This management is crucial for maintaining sustainable agricultural practices in areas affected by saliferous conditions. Moreover, the presence of saliferous formations can influence local water supplies. In some cases, groundwater sources may become saline due to the proximity of saliferous rocks, complicating water management efforts. Desalination technologies have been developed to address this issue, allowing communities to convert salty water into fresh drinking water. However, these processes can be energy-intensive and costly, highlighting the need for careful planning and resource management in regions with abundant saliferous deposits. On a broader scale, saliferous formations can also contribute to climate change discussions. The extraction and use of salt and other minerals from these deposits can lead to environmental degradation if not managed properly. Additionally, the changing climate can affect the hydrological cycles that govern the formation of saliferous deposits, leading to shifts in ecosystems and biodiversity. Understanding these dynamics is essential for developing effective conservation strategies. In conclusion, the concept of saliferous (含盐的) formations encompasses a wide range of geological, agricultural, and environmental implications. By studying these unique rock formations, we can gain valuable insights into the Earth’s processes and the challenges faced by both natural ecosystems and human societies. As we continue to explore and understand the significance of saliferous deposits, we can better prepare for the future, ensuring sustainable practices that protect our planet's resources while meeting the needs of its inhabitants.