tamping

简明释义

英[ˈtæmpɪŋ]美[ˈtæmpɪŋ]

n. 填塞物；填塞；捣实

v. 捣实（tamp 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.Objective To observe the therapeutic effect of peripheral hepatic tamping on severe hepatic injury.

目的观察严重肝脏损伤行肝周填塞法的治疗效果。

2.Meanwhile, coke quality of tamping coke oven can satisfy the need of BF. production, the production cost of fitting coal is reduced.

捣固焦炉生产焦炭质量符合高炉生产要求，并降低了配合煤的生产成本。

3.This is looking like a tamping on the managed heap.

这就象一个夯实的动作。

4.The modified ZG30 as a new type of material can meet the requirements for tamping pickaxe.

经过合金化并经过相应的热处理的ZG30作为一种捣镐材料，可以满足捣镐的性能要求。

5.After heavy tamping or compaction by rolling, the engineering properties of gravelly soil change with different coarse grained contents.

在重型击实或碾压后，砾质土的工程性质主要受粗粒含量的不同而变化。

6.Tamping tube curtain method is a new tunneling method.

夯管帷幕施工工法是一种全新的隧道施工工法。

7.Practical construction shows that equal energy, equal deformation tamping a.

等能量、等变形夯扩挤密矸石桩是一种地基加固新技术。

8.Proper tamping is essential for ensuring the stability of the pavement.

适当的夯实对确保路面的稳定性至关重要。

9.The workers were busy tamping the soil to prepare for the foundation of the building.

工人们正在忙着夯实土壤，以准备建筑物的基础。

10.The construction crew spent hours tamping the dirt to create a level surface.

施工队花了几个小时在土壤上夯实，以创建一个平整的表面。

11.After tamping the earth, they laid down the concrete for the sidewalk.

在夯实土壤后，他们铺设了人行道的混凝土。

12.He used a heavy tool for tamping the gravel in the driveway.

他用重型工具来夯实车道上的碎石。

作文

In the world of construction and engineering, the term tamping refers to the process of compacting a material, usually soil or gravel, to create a stable foundation. This technique is crucial for ensuring that structures can withstand various forces and loads over time. Proper tamping increases the density of the material, reducing the likelihood of settling or shifting after the structure is built. For instance, when building a road, workers will often use a machine designed specifically for tamping to compress the base layer before laying down asphalt. This ensures that the road remains even and durable, providing safety for vehicles and pedestrians alike.The importance of tamping extends beyond just roads; it is also vital in the construction of buildings, bridges, and other infrastructures. When constructing a high-rise building, engineers must ensure that the ground beneath is adequately compacted through tamping. If the soil is loose or uneven, the weight of the building could cause it to sink or tilt, leading to catastrophic failures. Therefore, understanding the principles of tamping is essential for civil engineers and construction workers.Moreover, tamping is not limited to heavy machinery. It can also be performed manually, especially in smaller projects or areas where machines cannot reach. For example, gardeners often use tamping techniques when planting trees or shrubs. By compacting the soil around the roots, they help to eliminate air pockets, which can hinder growth and stability. This practice ensures that the plants have the best chance of thriving in their new environment.The concept of tamping can also be applied metaphorically in various fields. In project management, for instance, the idea of tamping can represent the need to solidify plans and ensure all team members are on the same page before moving forward. Just as in construction, where a strong foundation is critical, having a well-defined plan is essential for the success of any project. Team leaders often engage in discussions and meetings to 'compact' their ideas and strategies, ensuring that everyone understands their roles and responsibilities clearly.In conclusion, tamping plays a significant role in both physical construction and metaphorical applications in various fields. Whether it’s ensuring the stability of a building or solidifying a project plan, the principles behind tamping emphasize the importance of creating a strong foundation. Understanding this term not only enhances one’s vocabulary but also provides insight into the meticulous processes involved in construction and teamwork. Thus, mastering the concept of tamping can lead to better practices in both professional and personal endeavors.

在建筑和工程领域，术语tamping指的是压实材料的过程，通常是土壤或碎石，以创建稳定的基础。这项技术对于确保结构能够承受各种力量和负载至关重要。适当的tamping可以增加材料的密度，减少结构建成后下沉或移动的可能性。例如，在修建道路时，工人们通常会使用专门设计用于tamping的机器来压缩基础层，然后再铺设沥青。这确保了道路保持平坦和耐用，为车辆和行人提供安全。tamping的重要性不仅限于道路；它在建筑、桥梁和其他基础设施的建设中也至关重要。在建造高层建筑时，工程师必须确保地下的土壤通过tamping得到充分压实。如果土壤松散或不均匀，建筑的重量可能会导致其下沉或倾斜，从而导致灾难性的失败。因此，理解tamping的原理对土木工程师和建筑工人至关重要。此外，tamping不仅限于重型机械。在较小的项目或机器无法到达的区域，也可以手动进行。例如，园丁在种植树木或灌木时，往往会使用tamping技术。通过压实根部周围的土壤，他们有助于消除空气口袋，这可能会阻碍生长和稳定。这种做法确保植物在新环境中有最佳的生长机会。tamping的概念在各个领域也可以隐喻性地应用。例如，在项目管理中，tamping的理念可以代表在推进之前巩固计划并确保所有团队成员达成共识的必要性。就像在建筑中，坚实的基础至关重要一样，明确的计划对于任何项目的成功也是必不可少的。团队领导者常常通过讨论和会议来“压实”他们的想法和策略，确保每个人都清楚自己的角色和责任。总之，tamping在物理建设和各种领域的隐喻应用中都扮演着重要角色。无论是确保建筑的稳定性，还是巩固项目计划，tamping背后的原则强调了创建坚实基础的重要性。理解这个术语不仅增强了词汇量，还提供了对建筑和团队合作中精细过程的洞察。因此，掌握tamping的概念可以在职业和个人事务中带来更好的实践。