embedment

简明释义

[ɪmˈbedmənt][ɪmˈbedmənt]

n. 埋置

英英释义

The act of embedding something within a surrounding substance or context.

将某物嵌入周围物质或环境中的行为。

A state of being embedded, often referring to objects or components that are firmly integrated into a larger system.

被嵌入的状态,通常指牢固地集成到更大系统中的物体或组件。

单词用法

embedment in concrete

混凝土中的嵌入

embedment of a device

设备的嵌入

embedment depth

嵌入深度

embedment analysis

嵌入分析

embedment design

嵌入设计

embedment stability

嵌入稳定性

同义词

insertion

插入

The insertion of the new software into the existing system was seamless.

新软件的插入到现有系统中非常顺利。

entrenchment

固守

The entrenchment of these ideas in the culture is quite strong.

这些观念在文化中的固守相当强烈。

implantation

植入

The implantation of the device was successful and showed immediate results.

设备的植入成功,并显示出立竿见影的效果。

反义词

extraction

提取

The extraction of minerals from the soil is an important process in mining.

从土壤中提取矿物是采矿中的一个重要过程。

removal

移除

The removal of the old foundation was necessary for the new construction.

旧基础的移除对新建工程是必要的。

例句

1.The optimum conditions of preparation for immobilized were studied and the results were compared with that of valeric dialdehyde crosslink and calcium alginate embedment methods.

研究了制备固定化细胞最佳条件,而且与戊二醛交联法、 海藻酸钙包埋法作了比较。

2.The failure pattern of the soil around the pile changed from inverted truncated cone slip-surface to local failure around the enlarged base with the increase of embedment ratio.

扩底桩的上拔破坏模式随埋深增大由桩周土体倒圆锥台形破坏变为扩底圆周土体局部破坏。

3.It is discussed that the method of photoelastic embedment (a kind of new model test method) is applied to experimental stress analysis of aircraft main landing gear.

讨论了用光弹性嵌片法(一种新的模型试验方法)进行飞机主起落架的实验应力分析。

4.This paper deals with clinical effects of curing high myopia with ultrasonic emulsifying transparent crystal extraction and artificial lens embedment.

探讨超声乳化透明晶状体摘除联合后房人工晶体植入治疗高度近视的临床效果。

5.As to stratified foundation, influences of the thickness and embedment depth of soft soil stratum on velocity admittance of block on dual and three layered ground are primarily studied.

对于层状地基,重点研究双层和三层地基上块体导纳曲线受软土层厚度、夹层厚度和埋置深度等的影响。

6.Stiffness variation of backfilled soil played a small role on superstructure response when the substratum was relative stiff and the box foundation embedment was shallow.

箱基埋置深度浅、下卧土层刚度较大时,箱基周围回填土属性对结构反应影响不大;

7.Switchgear foundation embedment should meet the technical specifications of construction and acceptance of electric power construction.

开关柜基础的施工应符合电力建设施工及验收技术规范中的有关条款的规定。

8.Weld switchover pieces separately on embedment and I-steel, and then connect the mullion with bolts and switchover pieces.

将转接件分别焊接在埋件上及工字钢上,然后将立柱用螺栓与转接件连接起来。

9.All the specimen process formalin fixation and mineral wax embedment.

所有标本均经福尔·马林固定、石蜡包埋。

10.In soil mechanics, the embedment depth of a pile affects its load-bearing capacity.

在土壤力学中,桩的嵌入深度影响其承载能力。

11.We need to calculate the embedment length for the new fence posts to ensure they are secure.

我们需要计算新围栏柱子的嵌入长度,以确保它们稳固。

12.The embedment of the cables within the concrete ensures they are protected from corrosion.

电缆在混凝土中的嵌入确保它们免受腐蚀。

13.The engineer discussed the importance of the embedment in ensuring the stability of the structure.

工程师讨论了嵌入在确保结构稳定性方面的重要性。

14.Proper embedment of the foundation is crucial for the longevity of the building.

基础的适当嵌入对建筑的耐久性至关重要。

作文

In the realm of construction and engineering, the term embedment refers to the process of securely placing a component within another material, often to ensure stability and strength. This concept is crucial in various applications, from embedding steel reinforcements within concrete to placing electrical conduits within walls. The significance of embedment cannot be overstated, as it directly impacts the durability and safety of structures. To illustrate, consider the foundation of a building. The foundation must be designed to withstand various forces, including weight from above and lateral loads such as wind or seismic activity. During construction, engineers carefully calculate the required depth and specifications for the embedment of footings and anchor bolts. Proper embedment ensures that these elements are firmly anchored in the ground, providing the necessary support for the entire structure. Moreover, embedment plays a vital role in the installation of utilities. For instance, when laying down pipes for water or sewage systems, these pipes must be embedded at specific depths below the surface to prevent damage from surface loads or freezing temperatures. Failure to achieve proper embedment can lead to costly repairs and hazardous situations. In addition to traditional construction, embedment is also relevant in the field of electronics. For example, circuit boards often have components that are embedded within layers of material to create a compact and efficient design. This type of embedment not only saves space but also enhances the performance of electronic devices. The principles of embedment extend beyond physical construction and engineering; they can also be applied metaphorically in various aspects of life. For instance, when we think about education, the idea of embedment can be seen in how knowledge and skills are integrated into our daily lives. Just as materials are embedded together to create a strong structure, the lessons we learn throughout our lives become embedded in our character and decision-making processes. Furthermore, the concept of embedment can be observed in relationships. Strong bonds between individuals are often formed through shared experiences and emotional connections that become deeply embedded over time. These relationships provide a foundation of support, much like the embedment of structural elements in construction. In conclusion, the term embedment encompasses a wide range of applications, from engineering and construction to personal development and relationships. Understanding the importance of embedment allows us to appreciate the underlying principles that contribute to stability and strength in various contexts. Whether it is the physical embedding of materials or the metaphorical embedding of experiences, the concept serves as a reminder of the interconnectedness of our world and the foundations upon which we build our lives.

在建筑和工程领域,术语embedment指的是将一个组件安全地放置在另一种材料中的过程,通常是为了确保稳定性和强度。这个概念在各种应用中至关重要,从在混凝土中嵌入钢筋到在墙内放置电气导管。embedment的重要性不容小觑,因为它直接影响到结构的耐久性和安全性。例如,考虑一下建筑物的基础。基础必须设计成能够承受各种力量,包括来自上方的重量和风或地震等横向载荷。在施工过程中,工程师仔细计算基础和锚栓所需的深度和规格,确保适当的embedment。正确的embedment确保这些元素牢固地锚定在地下,为整个结构提供必要的支持。此外,embedment在公用设施的安装中也发挥着重要作用。例如,在铺设水或污水管道时,这些管道必须埋设在特定的深度以下,以防止受到地表载荷或低温的损害。未能实现适当的embedment可能导致昂贵的维修和危险的情况。除了传统的建筑,embedment在电子领域也相关。例如,电路板上通常有嵌入在材料层中的组件,以创建紧凑高效的设计。这种类型的embedment不仅节省空间,还增强了电子设备的性能。embedment的原理超越了物理建设和工程;它们也可以在生活的各个方面进行隐喻性应用。例如,当我们思考教育时,embedment的理念可以在知识和技能如何融入我们日常生活中看到。就像材料被嵌入在一起以创建坚固的结构一样,我们一生中学到的课程也会深深嵌入我们的性格和决策过程中。此外,embedment的概念可以在关系中观察到。个人之间的牢固纽带往往通过共同的经历和情感连接形成,这些连接随着时间的推移而深深嵌入。这些关系提供了支持的基础,就像建筑中的结构元素的embedment一样。总之,术语embedment涵盖了广泛的应用,从工程和建筑到个人发展和人际关系。理解embedment的重要性使我们能够欣赏在各种背景下为稳定性和强度做出贡献的基本原则。无论是材料的物理嵌入,还是经验的隐喻嵌入,这一概念都提醒我们世界的相互联系以及我们构建生活的基础。