siliceous
简明释义
adj. 硅酸的；硅土的
英英释义
单词用法
硅质土 |
同义词
反义词
| 含钙的 | Calcareous soils are often rich in nutrients and support diverse plant life. | 含钙的土壤通常富含营养，支持多样的植物生命。 | |
| 含粘土的 | Argillaceous rocks are commonly found in sedimentary environments. | 含粘土的岩石通常在沉积环境中发现。 |
例句
1.The result indicated that siliceous lime's adding improved the concrete performance of many aspects markedly.
结果表明，由于硅灰的加入，使混凝土各方面性能明显得到改善。
2.L Siliceous soil - soil composed of acid rock that are crystalline in nature.
l硅酸土壤-由透明的酸性岩石组成的土壤。
3.The ore-bearing rock are mainly fine elastic rocks, breccia of albite-carbonate and carbonaceous- siliceous argillaceous rock.
主要容矿岩石为浅变质细碎屑岩，钠长碳酸盐角砾岩及碳硅泥质岩；
4.Study on modification of fibered siliceous lime and sepiolite is carried out and the optimal modification process is obtained.
针对纤维状的硅石灰和海泡石进行了改性研究，获得了硅石灰和海泡石的最佳改性工艺。
5.Substituting compound mineral of natural siliceous lime and sepiolite for asbestos in brake friction lining can improve all performances of product.
以天然硅石灰和海泡石复合矿物代替石棉作为增强材料制备无石棉汽车制动摩擦片，可提高产品的各项性能。
6.The thin-beded siliceous -rocks include chert and depositional quartz with textures of oolite and pebble.
矽质岩包括燧石和沈积石英岩，呈薄层状产出，沈积石英岩具鲕状、砾状结构。
7.Sedimentation - exhalation siliceous rocks are of great significance in the study of ore deposits.
喷流-热水沉积硅质岩对于矿床研究具有重要意义。
8.The ore bearing wall rocks are composed mainly of siliceous phosphorites.
与闪锌矿一起构成矿石的主要金属矿物。
9.The two early Carboniferous fragments are composed of Basalt and ash-black, fuchsia radiolaria silicalite, siliceous mudstone, tuff.
早石炭世两个断片由玄武岩和灰白色、紫红色放射虫硅质岩、硅质泥岩、凝灰岩组成。
10.The siliceous 硅质的 soil in this region is ideal for growing certain types of plants.
该地区的硅质的土壤非常适合种植某些类型的植物。
11.In construction, siliceous 硅质的 materials are often used for their durability and strength.
在建筑中，硅质的材料常因其耐用性和强度而被使用。
12.Many aquatic organisms thrive in siliceous 硅质的 environments, where silica is abundant.
许多水生生物在硅质的环境中繁荣生长，那里二氧化硅丰富。
13.The siliceous 硅质的 composition of the glass gives it a unique clarity.
玻璃的硅质的成分赋予它独特的清晰度。
14.The geologist examined the siliceous 硅质的 rock samples for evidence of ancient life.
地质学家检查了这些硅质的岩石样本，以寻找古代生命的证据。
作文
The study of geology offers a fascinating glimpse into the Earth's history, and one of the most intriguing aspects of this field is the examination of various rock types. Among these, the category of siliceous (硅质的) rocks plays a crucial role in understanding the composition and evolution of our planet's crust. These rocks, primarily composed of silica, demonstrate unique characteristics that set them apart from other geological formations. Siliceous rocks, such as granite and quartzite, are known for their durability and resistance to weathering. This property makes them particularly significant in construction and engineering applications. For instance, granite is often used for countertops and flooring due to its aesthetic appeal and strength. Similarly, quartzite, which is formed from sandstone through intense heat and pressure, is prized for its hardness and is commonly utilized in building materials. Moreover, the formation of siliceous (硅质的) rocks is a testament to the dynamic processes occurring within the Earth. These processes include volcanic activity, sedimentation, and metamorphism. Understanding how these rocks form helps geologists reconstruct past environments and predict future geological changes. For example, the presence of siliceous (硅质的) deposits can indicate ancient oceanic conditions, where marine organisms contributed to the accumulation of silica in the form of diatoms and radiolarians. In addition to their geological significance, siliceous (硅质的) materials are also important in various industrial applications. Silica, extracted from these rocks, is a key ingredient in glass manufacturing, ceramics, and even silicon-based electronics. The versatility of silica makes it an invaluable resource in modern technology. Furthermore, the use of siliceous (硅质的) materials in filtration systems highlights their role in enhancing water quality and environmental protection. From an ecological perspective, siliceous (硅质的) environments also support diverse ecosystems. For example, areas with high silica content can foster unique plant species adapted to thrive in such conditions. These ecosystems contribute to biodiversity and play a vital role in maintaining ecological balance. In conclusion, the exploration of siliceous (硅质的) rocks and materials reveals much about the Earth's geological processes, industrial applications, and ecological systems. As we continue to study these fascinating formations, we gain insights not only into the history of our planet but also into the resources that sustain modern life. The importance of siliceous (硅质的) materials cannot be overstated, as they bridge the gap between natural history and contemporary technology, serving as a reminder of the intricate connections between geology and human civilization.
地质学的研究提供了对地球历史的迷人洞察，而这一领域中最引人入胜的方面之一是对各种岩石类型的检查。在这些岩石中，siliceous（硅质的）岩石类别在理解我们星球地壳的组成和演变中起着至关重要的作用。这些岩石主要由二氧化硅组成，展示出独特的特性，使它们与其他地质构造区分开来。硅质岩石，如花岗岩和石英岩，以其耐久性和抗风化性而闻名。这一特性使它们在建筑和工程应用中尤为重要。例如，由于其美观和强度，花岗岩常用于台面和地板。同样，石英岩是通过强烈的热和压力从砂岩形成的，以其硬度而受到珍视，通常用于建筑材料。此外，siliceous（硅质的）岩石的形成是地球内部动态过程的证明。这些过程包括火山活动、沉积作用和变质作用。了解这些岩石如何形成有助于地质学家重建过去的环境并预测未来的地质变化。例如，siliceous（硅质的）沉积物的存在可以表明古代海洋条件，在那里海洋生物促进了以硅酸盐形式的二氧化硅的积累，如硅藻和放射虫。除了地质意义外，siliceous（硅质的）材料在各种工业应用中也很重要。从这些岩石中提取的二氧化硅是玻璃制造、陶瓷甚至基于硅的电子产品的关键成分。二氧化硅的多功能性使其成为现代技术中无价的资源。此外，siliceous（硅质的）材料在过滤系统中的使用突显了它们在提高水质和环境保护中的作用。从生态角度来看，siliceous（硅质的）环境也支持多样的生态系统。例如，富含二氧化硅的地区可以孕育出适应这种条件的独特植物物种。这些生态系统有助于生物多样性，并在维持生态平衡中发挥着至关重要的作用。总之，对siliceous（硅质的）岩石和材料的探索揭示了关于地球地质过程、工业应用和生态系统的许多内容。随着我们继续研究这些迷人的构造，我们不仅获得了对我们星球历史的洞察，还获得了支撑现代生活的资源。siliceous（硅质的）材料的重要性不容小觑，因为它们弥合了自然历史与当代技术之间的鸿沟，提醒我们地质与人类文明之间错综复杂的联系。
