lime cement

简明释义

石灰胶结料

英英释义

例句

1.Mixing lime cement with sand can create a strong mortar for bricklaying.

将石灰水泥与沙子混合可以制作出强力的砖砌砂浆。

2.The use of lime cement in historical buildings helps maintain their structural integrity.

在历史建筑中使用石灰水泥有助于保持其结构完整性。

3.The construction team used lime cement to ensure the durability of the walls.

施工队使用石灰水泥以确保墙壁的耐久性。

4.For the restoration of the old building, they opted for lime cement instead of traditional cement.

在旧建筑的修复中，他们选择了石灰水泥而不是传统水泥。

5.When building eco-friendly homes, many architects recommend lime cement for its sustainability.

在建造环保住宅时，许多建筑师推荐使用石灰水泥，因为它的可持续性。

作文

Lime cement, a material that has been used for centuries in construction, plays a crucial role in the building industry. It is made by mixing lime with water and aggregates to create a durable binding agent. The historical significance of lime cement (石灰水泥) cannot be overstated; it has been a fundamental component in the construction of ancient structures, many of which still stand today. The use of lime cement (石灰水泥) dates back to Roman times, where it was employed in the construction of iconic buildings such as the Pantheon and aqueducts. This remarkable durability is attributed to the chemical reactions that occur when lime is mixed with water, forming calcium carbonate as it cures.One of the primary advantages of using lime cement (石灰水泥) is its environmental friendliness. Unlike modern Portland cement, which requires high-temperature kilns for production, lime cement (石灰水泥) is produced at lower temperatures, resulting in significantly less carbon dioxide emissions. This makes it a more sustainable option for builders who are increasingly concerned about their ecological footprint. Additionally, lime cement (石灰水泥) is highly breathable, allowing moisture to escape from walls, which helps prevent damage caused by trapped water.The versatility of lime cement (石灰水泥) also makes it an attractive choice for various construction applications. It can be used in masonry, plastering, and even as a stabilizing agent for soil in road construction. Its ability to bond well with other materials enhances its utility in creating strong, long-lasting structures. Furthermore, lime cement (石灰水泥) can be easily worked with, allowing artisans to create intricate designs and finishes that are aesthetically pleasing.However, there are some challenges associated with the use of lime cement (石灰水泥). For instance, it generally has a slower setting time compared to Portland cement, which can delay construction projects. Builders must be patient and allow adequate time for the material to cure properly. Additionally, lime cement (石灰水泥) is not as widely available as its modern counterpart, which can pose logistical challenges for some construction projects.In conclusion, lime cement (石灰水泥) is a time-honored material that offers numerous benefits for sustainable construction. Its historical significance, environmental advantages, versatility, and aesthetic appeal make it a valuable resource for builders today. While there are some challenges to its use, the benefits far outweigh the drawbacks. As we move towards a more sustainable future, incorporating lime cement (石灰水泥) into our construction practices could play a vital role in reducing our impact on the environment while preserving the beauty and integrity of our architectural heritage.

石灰水泥，作为一种在建筑中使用了几个世纪的材料，在建筑行业中发挥着至关重要的作用。它是通过将石灰与水和骨料混合而成的一种耐用的粘合剂。石灰水泥的历史意义不容小觑；它一直是古代建筑的基本组成部分，其中许多至今仍屹立不倒。石灰水泥的使用可以追溯到罗马时代，当时它被用于建造标志性建筑，如万神殿和水渠。这种卓越的耐久性归因于石灰与水混合时发生的化学反应，形成碳酸钙并固化。使用石灰水泥的主要优点之一是其环保性。与现代波特兰水泥不同，后者的生产需要高温窑炉，石灰水泥的生产温度较低，从而显著降低二氧化碳排放。这使得它成为越来越关注生态足迹的建筑商更可持续的选择。此外，石灰水泥具有高度透气性，允许墙体中的水分逸出，有助于防止因水分滞留造成的损坏。石灰水泥的多功能性也使其成为各种建筑应用的吸引人选择。它可以用于砌体、抹灰，甚至作为道路施工中的土壤稳定剂。它与其他材料良好的粘合能力增强了其在创建强大、持久结构中的实用性。此外，石灰水泥易于加工，使工匠能够创造出精致的设计和美观的饰面。然而，使用石灰水泥也存在一些挑战。例如，与波特兰水泥相比，它的凝固时间通常较慢，这可能会延迟施工项目。建筑商必须耐心等待，并给予材料足够的时间来正确固化。此外，石灰水泥的可获得性不如现代水泥广泛，这可能为某些建筑项目带来后勤挑战。总之，石灰水泥是一种历史悠久的材料，为可持续建筑提供了众多好处。它的历史意义、环境优势、多功能性和美学吸引力使其成为当今建筑商的宝贵资源。尽管使用上有一些挑战，但好处远远超过缺点。随着我们向更可持续的未来迈进，将石灰水泥纳入我们的建筑实践可能在减少对环境的影响的同时，保护我们建筑遗产的美丽和完整性方面发挥至关重要的作用。