mortared

简明释义

英[ˈmɔːtəd]美[ˈmɔrtərd]

adj. 砂浆砌合的；砂浆涂抹的；黏合的

v. 用灰泥涂抹；用砂浆砌合（mortar 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.When it comes to water features, which go hand in hand with rockwork, faux rock has no mortared joints to leak and seep like real rock features do.

当涉及到水的特性，携手与假山手，人造岩石没有迫击炮接头泄漏和渗漏像真正的岩石特征做。

2.When it comes to water features, which go hand in hand with rockwork, faux rock has no mortared joints to leak and seep like real rock features do.

当涉及到水的特性，携手与假山手，人造岩石没有迫击炮接头泄漏和渗漏像真正的岩石特征做。

3.Your river rock landscaping will need to be mortared in place to ensure you get the best possible drainage.

贵溪岩景观须砖头到位，确保你得到最佳的排水。

4.Blasting demolition of thin RC weir surface and mortared rubble is directly conducted on spillway dam.

溢流坝堰面的薄层钢筋混凝土和浆砌块石的爆破拆除直接在坝体上进行。

5.A washerwoman hangs diaphanous saris to dry on the mortared walls of a house in India.

一位印度的洗衣妇悬挂透明的纱丽晒干在一间屋子的白灰墙壁上。

6.The old building was constructed with stones that were mortared 用砂浆粘合 together to ensure stability.

这座老建筑是用石头用砂浆粘合建成的，以确保稳定性。

7.After the renovation, the walls were beautifully mortared 用砂浆粘合 to create a seamless finish.

翻新后，墙壁被美丽地用砂浆粘合，以创造无缝的效果。

8.The mason skillfully mortared 用砂浆粘合 the bricks to form a sturdy wall.

砖匠熟练地用砂浆粘合砖块，形成坚固的墙壁。

9.In ancient times, structures were often mortared 用砂浆粘合 using natural materials like clay and lime.

在古代，建筑物通常使用天然材料如粘土和石灰用砂浆粘合。

10.The patio stones were mortared 用砂浆粘合 together to prevent shifting over time.

露台石头被用砂浆粘合在一起，以防止随时间推移而移动。

作文

In the realm of construction and architecture, the term mortared refers to the process of binding materials together using mortar, a mixture typically composed of sand, water, and cement. This technique has been employed for centuries, providing stability and durability to various structures. The ancient Romans are often credited with perfecting the use of mortared stones, which allowed them to build enduring monuments and aqueducts that still stand today. When we think about the significance of mortared structures, it's important to recognize their role in shaping our built environment. For instance, many historical buildings, such as cathedrals and castles, were constructed using large stones that were carefully placed and held together with mortar. This not only ensured the longevity of the buildings but also contributed to their aesthetic appeal. The intricate designs and sturdy foundations of these structures are a testament to the skill of the craftsmen who worked with mortared materials. In modern construction, the use of mortared techniques continues to be vital. Brickwork, for example, relies heavily on mortar to create stable walls. The process involves laying bricks in a specific pattern and filling the gaps between them with mortar, which hardens over time and binds the bricks together. This method is not only effective for building homes but also for creating pathways, patios, and other outdoor features. The versatility of mortared surfaces allows for a range of designs, from simple to complex, catering to various aesthetic preferences. Furthermore, the choice of mortar can significantly impact the performance and appearance of mortared structures. Different types of mortar, such as lime mortar or Portland cement, offer varying degrees of flexibility, strength, and weather resistance. For instance, lime mortar is more breathable than cement mortar, making it suitable for historic restoration projects where moisture management is crucial. Understanding these differences is essential for architects and builders who aim to create durable and visually appealing constructions. In addition to its structural benefits, the mortared technique also plays a role in sustainability. Many builders today are exploring eco-friendly materials and methods to reduce the environmental impact of construction. By using recycled materials or incorporating natural elements into mortared designs, they can create structures that are both functional and environmentally responsible. This shift towards sustainable practices reflects a growing awareness of our responsibility to protect the planet while still meeting the demands of modern living. In conclusion, the term mortared encompasses much more than just a construction technique; it represents a fundamental aspect of how we build and interact with our environment. From ancient monuments to contemporary homes, mortared structures have shaped our history and continue to influence our future. As we move forward, it is crucial to embrace innovative approaches to mortared construction that honor tradition while promoting sustainability. Through careful consideration of materials and techniques, we can ensure that our built environment remains resilient and beautiful for generations to come.

在建筑和建筑的领域中，术语mortared指的是使用砂浆将材料结合在一起的过程，这种混合物通常由沙子、水和水泥组成。这种技术已经使用了几个世纪，为各种结构提供了稳定性和耐久性。古罗马人常常被认为是完善mortared石材使用的人，这使他们能够建造持久的纪念碑和水渠，这些建筑至今仍然矗立。 当我们考虑mortared结构的重要性时，认识到它们在塑造我们建成环境中的作用是很重要的。例如，许多历史建筑，如大教堂和城堡，都是用大型石头建造的，这些石头经过精心放置，并用砂浆固定在一起。这不仅确保了建筑的持久性，还增强了它们的美观。这些建筑的复杂设计和坚固基础证明了工匠在使用mortared材料时的技艺。 在现代建筑中，使用mortared技术仍然至关重要。例如，砖砌工作在很大程度上依赖砂浆来创建稳定的墙壁。这个过程涉及以特定的模式铺设砖块，并用砂浆填充砖块之间的缝隙，砂浆随着时间的推移硬化并将砖块结合在一起。这种方法不仅有效地用于建造房屋，还用于创建小径、庭院和其他户外特征。mortared表面的多功能性允许各种设计，从简单到复杂，以满足不同的美学偏好。 此外，砂浆的选择可以显著影响mortared结构的性能和外观。不同类型的砂浆，如石灰砂浆或波特兰水泥，提供不同程度的灵活性、强度和抗天气性。例如，石灰砂浆比水泥砂浆透气性更强，因此适合于历史修复项目，在这些项目中，湿气管理至关重要。理解这些差异对于希望创造耐用且具有视觉吸引力的建筑师和建筑商来说是必不可少的。 除了其结构优势外，mortared技术在可持续性方面也发挥着作用。如今，许多建筑商正在探索环保材料和方法，以减少建筑对环境的影响。通过使用回收材料或将自然元素融入mortared设计中，他们可以创建既实用又环保的结构。这种向可持续实践的转变反映了人们日益意识到在满足现代生活需求的同时保护地球的责任。 总之，术语mortared不仅仅涵盖了一种建筑技术；它代表了我们如何构建和与环境互动的基本方面。从古代纪念碑到当代住宅，mortared结构塑造了我们的历史，并继续影响我们的未来。随着我们向前发展，拥抱创新的mortared建筑方法，既尊重传统，又促进可持续性，是至关重要的。通过对材料和技术的仔细考虑，我们可以确保我们的建筑环境在未来几代人中保持韧性和美观。