limy

简明释义

英[ˈlaɪmi]美[ˈlaɪmɪ]

adj. 石灰质的；涂粘鸟胶的；含石灰的

比 较 级 l i m i e r

最 高 级 l i m i e s t

英英释义

单词用法

同义词

反义词

例句

1.The test results show the following order of soil types as regard to the soluble fluorine contents from high to low: Shajiang dark soil, Yellow brown earth and Purple soil, Paddy soil, Limy soil.

主要土壤类型土壤水溶性氟含量顺序是砂姜黑土、潮土＞黄棕壤、紫色土＞水稻土＞石灰土、粗骨土。

2.The test results show the following order of soil types as regard to the soluble fluorine contents from high to low: Shajiang dark soil, Yellow brown earth and Purple soil, Paddy soil, Limy soil.

主要土壤类型土壤水溶性氟含量顺序是砂姜黑土、潮土＞黄棕壤、紫色土＞水稻土＞石灰土、粗骨土。

3.The land of area of state Bei Hua is a few limy clay, and get the influence of maritime climate, the grape here is so early, but thicker acerbity.

邦贝华区的土地是少量石灰质的粘土，且受到海洋性气候的影响，所以这里的葡萄早熟，但比较粗涩。

4.Ultimately, the concretion mechanism of limy composite concretion earth is made certain by way of performance contrast among different specimens.

通过不同试件的性能对比，确定石灰类复合团结土的团结机理。

5.They took root in the limy sediments which had been carried down from the tops of the hills and they became plants.

它们在从山巅上冲下来的石灰质土壤中生根，成为植物。

6.The next bests were yellow soil, brown soil, limy soil, Chao soil and rice soil.

其次为黄壤、棕壤、石灰土、潮土和水稻土。

7.Such crops won't grow in limy soil.

这类作物不能在石灰质的土壤中生长。

8.The soil in this area is very limy, which makes it ideal for growing certain types of vegetables.

这个地区的土壤非常石灰质的，这使得它非常适合种植某些类型的蔬菜。

9.You can tell the water is limy by the white deposits on the faucet.

你可以通过水龙头上的白色沉积物判断水是石灰质的。

10.The limy rocks along the riverbank are a great place for fossil hunting.

河岸边的石灰质的岩石是寻找化石的好地方。

11.After the heavy rain, the path became limy and difficult to walk on.

大雨过后，小路变得石灰质的，走上去很困难。

12.The gardener added limy amendments to the soil to improve its pH balance.

园丁在土壤中添加了石灰质的改良剂，以改善其pH值平衡。

作文

In the world of geology, the term limy refers to a substance that contains or is rich in lime, particularly calcium carbonate. This characteristic is crucial in understanding various geological formations and soil types. For instance, limestone, a sedimentary rock primarily composed of limy materials, plays a significant role in the earth's crust. Its formation occurs through the accumulation of marine organisms' remains, which are rich in calcium. The presence of limy components in soil can greatly affect its fertility, making it an essential consideration for farmers and agricultural scientists alike. When discussing the implications of limy soils, one must consider their impact on plant growth. Certain plants thrive in limy conditions, as these soils often retain moisture and nutrients effectively. However, not all plants favor such environments; some may struggle due to the high pH levels associated with limy soils. Thus, understanding the composition and properties of limy soils is vital for successful gardening and farming practices. Moreover, the term limy extends beyond geology into environmental science. In aquatic ecosystems, limy waters can influence biodiversity. For example, lakes and rivers with elevated limy content may support specific species of fish and aquatic plants that prefer alkaline conditions. Conversely, these environments may be inhospitable to more sensitive species, highlighting the importance of monitoring limy levels in water bodies for conservation efforts. The construction industry also encounters limy materials frequently. Lime is a key ingredient in cement, which is essential for building durable structures. The use of limy aggregates in concrete can enhance the strength and longevity of buildings. Understanding how to manipulate limy materials allows engineers and architects to create more resilient infrastructures, capable of withstanding the test of time. In summary, the term limy encapsulates a range of meanings across different fields, from geology and agriculture to environmental science and construction. Its relevance is undeniable, as it influences soil quality, plant growth, aquatic ecosystems, and building materials. By recognizing the significance of limy substances, we can better appreciate the interconnectedness of our natural world and the materials we use to shape our surroundings. Whether you are a farmer, a scientist, or an engineer, understanding the implications of limy materials will undoubtedly enhance your work and contribute to a more sustainable future.

在地质学的世界中，术语limy指的是含有或富含石灰的物质，特别是碳酸钙。这一特性对于理解各种地质构造和土壤类型至关重要。例如，石灰岩是一种主要由limy材料组成的沉积岩，它在地壳中发挥着重要作用。它的形成是通过海洋生物遗骸的积累而发生的，这些遗骸富含钙。土壤中limy成分的存在可以大大影响其肥力，这使得它成为农民和农业科学家必须考虑的重要因素。 当讨论limy土壤的影响时，必须考虑它们对植物生长的影响。某些植物在limy条件下茁壮成长，因为这些土壤通常能有效保持水分和养分。然而，并非所有植物都喜欢这样的环境；由于与limy土壤相关的高pH值，一些植物可能会挣扎。因此，了解limy土壤的成分和特性对于成功的园艺和农业实践至关重要。 此外，术语limy还扩展到了环境科学领域。在水生生态系统中，limy水体可以影响生物多样性。例如，具有较高limy含量的湖泊和河流可能支持特定种类的鱼类和水生植物，它们更喜欢碱性环境。相反，这些环境可能对更敏感的物种不利，突显了监测水体中limy水平对保护工作的必要性。 建筑行业也经常遇到limy材料。石灰是水泥的关键成分，水泥对于建造耐用结构至关重要。在混凝土中使用limy骨料可以增强建筑物的强度和耐久性。了解如何操纵limy材料使工程师和建筑师能够创造出更具韧性的基础设施，能够经受住时间的考验。 总之，术语limy在不同领域中包含了一系列含义，从地质学、农业到环境科学和建筑。它的相关性不容小觑，因为它影响土壤质量、植物生长、水生生态系统和建筑材料。通过认识limy物质的重要性，我们可以更好地欣赏自然界的相互联系以及我们用来塑造周围环境的材料。无论您是农民、科学家还是工程师，理解limy材料的影响无疑将增强您的工作并为更可持续的未来做出贡献。