autogenous curing
释义：自生固化
发音：英 [??t??n?d??s ?kju??r??] ；美 [??t??n?d??s ?kju?r??]
英语范文：Autogenous curing is a process where a material undergoes a chemical reaction to form a solid mass without the need for external additives or agents. It is commonly used in the construction industry for various purposes, such as bonding, grouting, and mortar production.
Autogenous curing is a self-sustaining process that occurs naturally within a material without any external intervention. The chemical reactions that take place during autogenous curing result in the formation of a solid mass that binds the materials together, providing strength and stability to the structure. This process is particularly advantageous in situations where external additives or agents may be harmful or unnecessary, such as in natural binding processes in certain materials.
In addition to its use in the construction industry, autogenous curing has also been applied in various other fields, such as in the production of adhesives and sealants for automotive and aerospace applications.
基础释义：自生固化是一种材料在不需要外部添加剂或制剂的情况下，通过化学反应形成固体的过程。它在建筑行业中用于各种目的，如粘接、灌浆和灰浆生产。自生固化是一个自我维持的过程，在材料内部自然发生，不需外部干预。自生固化过程中发生的化学反应导致形成将材料结合在一起的固体物质，为结构提供强度和稳定性。此外，自生固化在其他领域也有应用，如在汽车和航空航天应用中生产胶水和密封剂。
autogenous curing
Autogenous curing refers to a process where materials naturally undergo a change in state or properties as a result of their own inherent properties and/or interactions with their environment. This process can occur in both natural and man-made materials, and is often observed in concrete, mortar, and other cement-based materials.
When autogenous curing occurs, it can result in a number of benefits. For example, it can improve the strength and durability of materials, reduce the need for external additives, and reduce the environmental impact of production and use. However, it can also pose challenges, such as ensuring the correct mix比例 and handling of materials during construction.
In this article, we will explore the phenomenon of autogenous curing and its implications for construction practices. We will also provide some practical tips for ensuring effective autogenous curing in concrete and mortar.
In one example, a group of us were working on a large concrete bridge project. We found that the concrete used in some areas had undergone autogenous curing, resulting in increased strength and durability. However, we also encountered some challenges, such as ensuring the correct mix proportion and handling of materials during construction.
To address these challenges, we developed a set of guidelines for effective autogenous curing in concrete and mortar. These included ensuring the correct mix proportion, using high-quality cement and aggregates, and monitoring the curing process to ensure it was proceeding as expected.
In conclusion, autogenous curing is a natural phenomenon that can have a significant impact on the properties and performance of materials. Understanding its implications and developing effective strategies for its management can have a significant impact on the sustainability of construction projects.
autogenous curing
Autogenous curing refers to the process of self-curing or self-hardening of materials, typically due to the release of moisture or other substances from within the material itself. It is commonly used in construction materials such as cement-based products, mortars, and grouts.
Examples:
1. When you pour a cement block, it will start to harden within a few hours due to moisture from the cement mixture.
2. A damp sponge will harden over time due to the release of water from within the sponge.
In both cases, autogenous curing occurs because the materials are able to release moisture or other substances that promote hardening. This process can be accelerated or delayed depending on various factors such as temperature, humidity, and other environmental conditions.
In terms of practical applications, autogenous curing is a very useful property in many construction materials because it allows for faster and more convenient production methods without the need for external curing agents or energy sources. It also reduces the amount of waste generated from improper storage or handling of materials.
In conclusion, autogenous curing is a self-hardening property of materials that can be used to create various types of construction materials with various properties and characteristics. It is a very useful property that can significantly improve production efficiency and reduce waste in the construction industry.
