squashing

简明释义

英[ˈskwɑːʃɪŋ]美[ˈskwɑːʃɪŋ]

v. 把……压碎，把……压扁；挤压，挤进；打断，镇压；断然拒绝（主意）；（用侮辱性语言）把……镇住（squash 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.Topology is the mathematical study of properties that are unchanged when an object is smoothly deformed, by actions such as stretching, squashing and bending but not by cutting or joining.

拓扑是一门数学，它研究的对象是物体在平滑变形(例如伸长、挤压、弯曲、但不得切断或连接起来)之下仍会保持不变的性质。

2.Hermione was squashing Phineas Nigellus's portrait back into the beaded bag; when she had fastened the clasp she threw the bag aside and raised a shining face to Harry.

赫敏正在把菲尼亚斯·奈杰勒斯的肖像塞回串珠小包，扣好搭扣之后，她把小包扔到一边，抬起发亮的面孔望着哈利。

3.It appears that protein is the best nutrient for jumpstarting your metabolism, squashing your appetite, and helping you eat less at subsequent meals.

似乎蛋白质是帮你新陈代谢、减小食欲、控制饭量的最好营养。

4.But if you have a development system and can install Xdebug, squashing those bugs becomes a lot easier.

但是如果您有开发系统并且可以安装Xdebug，那么更正这些错误就会变得轻松得多。

5.Next time you are faced with squashing a bug in Linux, try one of these tools.

下次当您要摆平Linux中的错误时，请试试这些工具中的某一个。

6.Here is another glomerulus with epithelial crescents squashing the glomerular tufts from all sides.

壁层上皮细胞形成新月体性肾炎的肾小球，新月体从四周挤压毛细血管丛。

7.True, Mr Brown is not stoking the speculation as coquettishly as he did last time. But neither is he squashing it—going only as far as to rule out a ballot in February or March.

布朗先生确实没有如上次那般大肆对其选举预测煽风点火，但他也并非完全毫无动作——至少他取消了二月或三月的投票。

8.The child was squashing the playdough into different shapes.

孩子正在压扁橡皮泥成不同的形状。

9.The team is squashing their competition in the league this season.

这个队本赛季在联赛中压制了他们的对手。

10.She loves squashing bugs in the garden.

她喜欢在花园里压扁虫子。

11.He accidentally squashing the sandwich in his backpack.

他不小心在背包里压扁了三明治。

12.The gardener was squashing the weeds underfoot.

园丁正在脚下压扁杂草。

作文

In the world of science, particularly in physics and engineering, the term squashing is often used to describe the process of compressing or flattening an object. This phenomenon can be observed in various real-life situations, from the way we step on a soft sponge to how a car crumples upon impact. Understanding the mechanics behind squashing not only helps us grasp fundamental concepts in materials science but also allows us to appreciate the intricate designs of everyday objects.For instance, when we think about the design of packaging materials, squashing plays a crucial role. Packaging is often designed to withstand external pressure while maintaining its integrity. When a package is subjected to force, the materials may undergo squashing, which can either protect the contents inside or lead to damage. Engineers must consider the properties of materials, such as elasticity and tensile strength, to ensure that packages remain intact during shipping and handling.Moreover, squashing is not limited to physical objects; it can also refer to the metaphorical compression of ideas or emotions. In discussions, people may feel overwhelmed by conflicting opinions, leading to a situation where their thoughts become 'squashed' or suppressed. This highlights the importance of open communication and the need for individuals to express their views without fear of being squashed by dominant voices.In the realm of sports, squashing takes on a different dimension. The game of squash, for example, derives its name from the action of hitting a small rubber ball against a wall, causing it to squash upon impact. Players must master the technique of controlling the ball's speed and direction, which requires precision and strategy. The sport not only emphasizes physical fitness but also mental acuity, as players must anticipate their opponent's moves and respond accordingly.Furthermore, squashing can be seen in nature as well. Animals like frogs and insects exhibit behaviors that involve squashing their bodies to fit into tight spaces or evade predators. This adaptability showcases the evolutionary advantages of being able to squash oneself into smaller forms, highlighting the significance of this concept across various life forms.In conclusion, the term squashing encompasses a wide range of meanings and applications. Whether it refers to the physical compression of materials, the suppression of ideas, or the dynamics of a sport, squashing reveals the complexity of interactions in both the natural and human-made worlds. By exploring the multiple facets of squashing, we gain a deeper understanding of its implications and significance in our daily lives. Embracing the concept of squashing allows us to appreciate both the challenges and innovations that arise from this fascinating phenomenon.

在科学界，尤其是物理学和工程学中，术语squashing通常用于描述压缩或扁平化物体的过程。这种现象可以在各种现实生活中观察到，从我们踩在柔软海绵上的方式到汽车在撞击时的变形。理解squashing背后的机制不仅有助于我们掌握材料科学中的基本概念，还使我们能够欣赏日常物体的复杂设计。例如，当我们考虑包装材料的设计时，squashing起着至关重要的作用。包装通常被设计成能够承受外部压力，同时保持其完整性。当一个包裹受到力量作用时，材料可能会经历squashing，这可能保护里面的内容物，也可能导致损坏。工程师必须考虑材料的特性，如弹性和抗拉强度，以确保包裹在运输和处理过程中保持完好。此外，squashing不仅限于物理物体；它也可以指思想或情感的比喻性压缩。在讨论中，人们可能会感到被相互矛盾的观点所压倒，导致他们的想法变得被“squashed”或压抑。这突显了开放沟通的重要性，以及个人需要在没有被主导声音squashed的恐惧下表达自己的观点。在体育领域，squashing呈现出不同的维度。例如，壁球这项运动的名称源于将一个小橡胶球击打到墙上，使其在撞击时squash。球员必须掌握控制球速和方向的技巧，这需要精确和策略。这项运动不仅强调身体健康，还强调心理敏锐，因为球员必须预测对手的动作并做出相应反应。此外，squashing在自然界中也可以看到。青蛙和昆虫等动物表现出涉及squashing其身体以适应狭小空间或逃避捕食者的行为。这种适应能力展示了能够将自己squash成更小形态的进化优势，突显了这一概念在各种生命形式中的重要性。总之，术语squashing涵盖了广泛的含义和应用。无论是指材料的物理压缩、思想的压制，还是一项运动的动态，squashing揭示了自然界和人造世界中互动的复杂性。通过探索squashing的多个方面，我们对其影响和在日常生活中的重要性有了更深刻的理解。接受squashing的概念使我们能够欣赏从这一迷人现象中产生的挑战和创新。