hydraulic lime

简明释义

水硬性石灰

英英释义

例句

1.When building a pond, we opted for hydraulic lime (水硬石灰) to ensure the structure could withstand water pressure.

在建造一个池塘时，我们选择了hydraulic lime (水硬石灰)，以确保结构能够承受水压。

2.The restoration of the historic building required the use of hydraulic lime (水硬石灰) to match the original materials.

历史建筑的修复需要使用hydraulic lime (水硬石灰)以匹配原始材料。

3.The ancient Romans used hydraulic lime (水硬石灰) in their concrete to make it more durable.

古罗马人使用hydraulic lime (水硬石灰)来增强混凝土的耐久性。

4.Using hydraulic lime (水硬石灰) in mortar helps improve the flexibility and strength of the joints.

在砂浆中使用hydraulic lime (水硬石灰)有助于提高接缝的灵活性和强度。

5.For underwater construction, hydraulic lime (水硬石灰) is often preferred due to its setting properties.

在水下施工中，由于其凝固特性，通常更喜欢使用hydraulic lime (水硬石灰)。

作文

Hydraulic lime is a type of lime that hardens when mixed with water. Unlike non-hydraulic limes, which require air to set and cure, hydraulic lime (水硬石灰) can set underwater and is therefore more versatile in construction applications. This unique property makes hydraulic lime (水硬石灰) an essential material in various building projects, especially in areas where moisture is prevalent. The use of hydraulic lime (水硬石灰) dates back to ancient Roman times, where it was utilized in the creation of durable structures like aqueducts and buildings that have stood the test of time. The Romans discovered that by adding certain clay minerals to lime, they could produce a material that would not only set quickly but also become stronger over time when exposed to water. This innovation allowed for the construction of more resilient infrastructures, demonstrating the importance of hydraulic lime (水硬石灰) in historical architecture.In modern times, the revival of interest in sustainable building materials has led to an increased appreciation for hydraulic lime (水硬石灰). Many architects and builders are now opting for this material due to its eco-friendly properties. Unlike Portland cement, which is energy-intensive to produce and can contribute to environmental degradation, hydraulic lime (水硬石灰) is made from natural limestone and requires significantly less energy to process. Furthermore, it allows buildings to breathe, reducing the risk of moisture-related issues within walls.Another significant advantage of hydraulic lime (水硬石灰) is its ability to accommodate movement in structures. Buildings naturally settle and shift over time, and materials that are too rigid can lead to cracking and damage. The flexibility of hydraulic lime (水硬石灰) enables it to absorb some of this movement without compromising structural integrity. This characteristic is particularly beneficial in regions prone to earthquakes or other geological activities.Moreover, hydraulic lime (水硬石灰) contributes to the aesthetic appeal of buildings. Its warm, natural color and texture can enhance the visual quality of masonry work. It can be used for pointing, plastering, and even as a binder in mortars, providing a classic finish that complements both historic and contemporary designs.Despite its numerous benefits, working with hydraulic lime (水硬石灰) does require some expertise. It has a different setting time compared to traditional cement, and its application demands a careful approach to ensure proper curing and strength development. Builders must be knowledgeable about how to mix and apply hydraulic lime (水硬石灰) appropriately to achieve the desired results.In conclusion, hydraulic lime (水硬石灰) is a remarkable material that has stood the test of time, proving its worth in both historical and modern construction. Its unique properties, including its ability to set underwater, flexibility, and eco-friendliness, make it an attractive option for sustainable building practices. As the construction industry continues to evolve, the role of hydraulic lime (水硬石灰) is likely to grow, paving the way for a future where traditional materials are embraced in harmony with modern techniques.