springiness

简明释义

英[ˈsprɪŋɪnɪs]美[ˈsprɪŋɪnɪs]

n. 有弹性；轻快

英英释义

单词用法

同义词

反义词

例句

1.The paper research the relationship between the soft measure instrument and TPA, according to the result of the hardness and springiness of the steamed bread.

通过使用自制柔软度仪测定馒头的硬度、弹性，确定柔软度仪与TPA测定值关系。

2.The results showed that the ice coating could reduce losses of springiness, extensibility, TPA parameters and sensory parameters, as well as the rate of burst.

结果表明：镀冰能减少饺子皮的弹性、延展性、TPA和感官指标的损失，降低了破裂率。

3.This patented design gives it just the right weight and springiness to bounce on water and not sink.

这个专利设计刚好给予了此球恰到好处的重量和弹力，以便球可在水上跳起而不下沉。

4.Action: High precision action guarantees the sensitivity and durability while 100% pure woolen red wooden hammer ensures best springiness and delicate sound.

击弦机：高精度、严格的设计无偏差的击弦机保证了钢琴的灵敏度，经久耐用。采用100%纯羊毛红木榔头具有最佳的弹性，使音色优美细腻动听。

5.The present work aimed to evaluate the ability of near infrared spectroscopy(NIRS) in predicting the springiness of fish-balls.

本实验探讨利用近红外光谱分析技术（NIRS）测定鱼丸弹性的可能性，并建立数学模型。

6.The results showed that the ice coating could reduce losses of springiness, extensibility, TPA parameters and sensory parameters, as well as the rate of burst.

结果表明：镀冰能减少饺子皮的弹性、延展性、TPA和感官指标的损失，降低了破裂率。

7.Latex is firm and has excellent support, but not everyone likes its "springiness."

乳胶稳固并且有很好的支撑力，但不是所有人都喜欢它的轻快。

8.A few addition of gelatin decreased the hardness of mixed gel, but improved the springiness.

少量添加明胶降低了混合凝胶的硬度，但却改善了凝胶的弹性；

9.To test the springiness 弹性 of the rubber band, he stretched it and released it.

为了测试橡皮筋的springiness 弹性，他拉伸后放开了它。

10.When you jump on the trampoline, you can really feel its springiness 弹性.

当你在蹦床上跳跃时，可以真切感受到它的springiness 弹性。

11.The mattress has excellent springiness 弹性, making it comfortable to sleep on.

这张床垫的springiness 弹性非常好，睡上去很舒服。

12.The springiness 弹性 of the new sneakers provides great support during workouts.

新运动鞋的springiness 弹性在锻炼时提供了很好的支撑。

13.The chef noted that the dough's springiness 弹性 was perfect for making pizza.

厨师指出，面团的springiness 弹性非常适合做比萨。

作文

The concept of springiness is often associated with the ability of an object to return to its original shape after being deformed. This property is particularly significant in various fields, including physics, engineering, and even sports. In everyday life, we encounter springiness in many forms, from the bounciness of a trampoline to the resilience of a rubber band. Understanding springiness can help us appreciate how materials behave under stress and how they can be utilized effectively in different applications.In physics, springiness is closely related to Hooke's Law, which states that the force exerted by a spring is directly proportional to the distance it is stretched or compressed. This principle is essential in designing springs for various mechanical devices, such as car suspensions and watches. The springiness of these components ensures that they can absorb shocks and maintain functionality over time.Moreover, in the context of sports, springiness plays a crucial role in enhancing athletic performance. Athletes often rely on the springiness of their muscles and tendons to generate explosive power and speed. For instance, a high jumper utilizes the springiness of their legs to propel themselves into the air, achieving greater heights. This natural elasticity allows for more efficient movement and improved results in competitive events.In addition to its physical implications, springiness can also be metaphorically applied to describe resilience in human behavior. Just as materials exhibit springiness when faced with pressure, individuals can demonstrate similar qualities in overcoming challenges. The ability to bounce back from setbacks, adapt to new circumstances, and maintain a positive outlook reflects a person's emotional and mental springiness. This trait is invaluable in today's fast-paced world, where change is constant, and resilience is key to success.Furthermore, the springiness of a material can affect its application in various industries. For example, in the manufacturing of footwear, the right amount of springiness in the sole can greatly enhance comfort and performance. Shoes designed with optimal springiness can provide better shock absorption and energy return, making them ideal for athletes and casual wearers alike. This consideration of springiness in design showcases the importance of material properties in enhancing user experience.In conclusion, the term springiness encompasses a wide range of meanings and applications. Whether we are discussing the physical properties of materials, the dynamics of athletic performance, or the resilience of individuals, springiness serves as a vital concept. By understanding and harnessing the principles of springiness, we can improve our designs, enhance our capabilities, and foster resilience in our lives. Embracing the idea of springiness encourages us to bounce back from challenges, adapt to changes, and continue striving for our goals, much like a spring returning to its original form after being stretched.

“弹性”这个概念通常与物体在变形后返回原始形状的能力相关。这一属性在物理学、工程学，甚至体育等多个领域都具有重要意义。在日常生活中，我们以多种形式遇到“弹性”，从蹦床的弹跳性到橡皮筋的韧性。理解“弹性”可以帮助我们欣赏材料在应力下的表现，以及它们如何在不同应用中有效利用。在物理学中，“弹性”与胡克定律密切相关，该定律指出，弹簧施加的力与其被拉伸或压缩的距离成正比。这个原理在设计各种机械设备的弹簧时至关重要，例如汽车悬挂和手表。这些部件的“弹性”确保它们能够吸收冲击并在时间上保持功能。此外，在体育的背景下，“弹性”在提高运动表现方面起着关键作用。运动员通常依赖于肌肉和肌腱的“弹性”来产生爆发性的力量和速度。例如，高跳运动员利用腿部的“弹性”将自己向空中推动，达到更高的高度。这种自然的弹性使得更高效的运动和在竞技项目中的更好成绩成为可能。除了其物理含义外，“弹性”也可以隐喻性地应用于描述人类行为中的韧性。正如材料在承受压力时表现出“弹性”，个体在克服挑战时也能展现类似的品质。从挫折中反弹、适应新环境并保持积极态度反映了一个人的情感和心理“弹性”。在当今快速变化的世界中，这一特质是无价的，因为变化是常态，而韧性是成功的关键。此外，材料的“弹性”会影响其在各行业中的应用。例如，在鞋类制造中，鞋底的适当“弹性”可以大大增强舒适性和性能。设计有最佳“弹性”的鞋子可以提供更好的减震和能量回馈，使其非常适合运动员和普通穿着者。这种对设计中“弹性”的考虑展示了材料属性在提升用户体验方面的重要性。总之，术语“弹性”涵盖了广泛的含义和应用。无论我们讨论的是材料的物理特性、运动表现的动态，还是个体的韧性，“弹性”都是一个重要的概念。通过理解和利用“弹性”的原则，我们可以改善设计、增强能力，并在生活中培养韧性。拥抱“弹性”的理念鼓励我们从挑战中反弹，适应变化，并继续追求我们的目标，就像弹簧在被拉伸后返回原始形状一样。