argil

简明释义

英[ˈɑːdʒɪl]美[ˈɑrdʒɪl]

n. 黏土；泥土；陶土

英英释义

单词用法

同义词

反义词

例句

1.Secondly, models with different backfill-material such as argil fly-ash concrete, soil, sand, grit and lime-stabilized soil were experimented.

其次，进行了陶粒粉煤灰混凝土、粘性土、风积砂、砂砾和石灰土等几种材料的台背回填离心模型试验。

2.Different from the argil and concrete one, our fiberglass flowerpots are not only light in weight but also durable and solid. You can carry and move them very easily no matter how big it is.

与笨重的陶土或水泥花盆不同，我们的玻璃纤维花盆，重量即轻且坚固，无论多大的花盆也可以轻易的搬动。

3.Different from the argil and concrete one, our fiberglass flowerpots are not only light in weight but also durable and solid. You can carry and move them very easily no matter how big it is.

与笨重的陶土或水泥花盆不同，我们的玻璃纤维花盆，重量即轻且坚固，无论多大的花盆也可以轻易的搬动。

4.The potter added water to the argil to make it easier to work with.

陶艺家在黏土中加入水，以便更容易操作。

5.In ancient times, people used argil to create pottery and other artifacts.

在古代，人们使用黏土制作陶器和其他工艺品。

6.Many clay bricks are made from argil, which provides durability and strength.

许多砖块是由黏土制成的，这提供了耐久性和强度。

7.The artist prefers to use argil for sculpting because it is malleable and easy to shape.

这位艺术家更喜欢使用黏土进行雕刻，因为它柔韧且易于成型。

8.The geologist studied the layers of argil in the soil to understand the area's history.

地质学家研究土壤中的黏土层，以了解该地区的历史。

作文

In the realm of geology and materials science, the term argil refers to a type of clay that is rich in aluminum silicate. This natural resource has been utilized by various cultures throughout history for its versatile properties. The significance of argil extends beyond its physical characteristics; it also plays a crucial role in art, construction, and even medicine. Understanding how argil is formed and its applications can provide valuable insights into both historical and modern practices.Argil is primarily formed through the weathering of rocks, particularly feldspar, which breaks down into finer particles over time. This process can take thousands of years and is influenced by factors such as climate, topography, and the chemical composition of the parent rock. As a result, argil can be found in various geographical locations, often in riverbeds, lake beds, and areas with significant sediment deposition. The unique properties of argil, such as its plasticity when wet and hardness when fired, make it an ideal material for pottery and ceramics.Historically, argil has been used by civilizations around the world. For example, ancient Mesopotamians created intricate pottery and tablets from argil, which were essential for record-keeping and artistic expression. Similarly, the Chinese have a long-standing tradition of using argil in the production of porcelain, which became highly sought after and traded across continents. The ability to mold and shape argil into various forms allowed artists and craftsmen to express their creativity and cultural identity.In modern times, the applications of argil have expanded significantly. It is now widely used in the manufacturing of bricks, tiles, and other building materials due to its durability and insulating properties. Additionally, argil is a key ingredient in the production of cement, which is fundamental to construction projects worldwide. The versatility of argil makes it an invaluable resource in the construction industry, contributing to the development of infrastructure and housing.Moreover, argil has gained attention in the field of medicine and wellness. Some health practitioners advocate for the use of argil in detoxifying treatments, as it is believed to absorb toxins and impurities from the body. Clay masks made from argil are popular in skincare routines, promoting a clearer complexion and healthy skin. This highlights the diverse applications of argil beyond traditional uses, showcasing its relevance in contemporary society.In conclusion, argil is a remarkable natural resource that has shaped human civilization in numerous ways. From its geological formation to its applications in art, construction, and medicine, argil continues to be a subject of interest and importance. As we advance into the future, understanding the properties and benefits of argil will allow us to utilize this resource more effectively, ensuring that it remains a vital part of our cultural and economic landscape. The study of argil not only enriches our knowledge of geology but also connects us to our past and informs our present and future endeavors.

在地质学和材料科学领域，术语argil指的是一种富含铝硅酸盐的粘土。这种自然资源因其多功能特性而被各种文化在历史上广泛利用。argil的重要性超越了其物理特性；它在艺术、建筑甚至医学中也起着至关重要的作用。了解argil的形成及其应用可以为我们提供对历史和现代实践的宝贵见解。Argil主要是通过岩石的风化形成的，特别是长石，它随着时间的推移分解成更细的颗粒。这个过程可能需要数千年，并受到气候、地形和母岩化学成分等因素的影响。因此，argil可以在各种地理位置找到，通常是在河床、湖床和沉积物显著沉积的区域。argil的独特特性，如湿时的可塑性和烧制后的硬度，使其成为陶器和陶瓷的理想材料。历史上，argil被世界各地的文明使用。例如，古代美索不达米亚人用argil制作复杂的陶器和泥板，这对于记录和艺术表达至关重要。同样，中国在生产瓷器方面有着悠久的传统，瓷器由argil制成，成为备受追捧并在大陆间贸易的商品。能够将argil塑造成各种形式使艺术家和工匠能表达他们的创造力和文化认同。在现代，argil的应用显著扩展。由于其耐用性和绝缘特性，它现在广泛用于制造砖、瓦和其他建筑材料。此外，argil是水泥生产的关键成分，水泥是全球建筑项目的基础。argil的多功能性使其成为建筑行业中不可或缺的资源，为基础设施和住房的发展做出了贡献。此外，argil在医学和健康领域引起了关注。一些健康从业者提倡使用argil进行排毒治疗，因为它被认为能吸收体内的毒素和杂质。由argil制成的泥土面膜在护肤程序中很受欢迎，促进皮肤清晰和健康。这突显了argil在传统用途之外的多样应用，展示了它在当代社会中的相关性。总之，argil是一种非凡的自然资源，在许多方面塑造了人类文明。从其地质形成到艺术、建筑和医学中的应用，argil继续成为一个值得关注和重要的主题。随着我们迈向未来，理解argil的属性和好处将使我们能够更有效地利用这一资源，确保它仍然是我们文化和经济格局的重要组成部分。对argil的研究不仅丰富了我们对地质学的知识，还将我们与过去联系在一起，并为我们的现在和未来努力提供信息。