sone

简明释义

英[səʊn]美[soʊn]

n. 宋（响度单位）

n. （Sone）人名；（柬）桑；（英）索恩；（老）松；（瑞典）索内

英英释义

单词用法

同义词

反义词

例句

1.In sone markets there may be only one seller. Such a situation is called a monopoly.

在许多市场，可能只有一个销售者，这种情况被称为垄断。

2.A comparison of sone ratings of different models will tell you which model is quieter.

一个比较曾根评级不同型号的会告诉你哪个模型更安静。

3.Obviously, different people have got different attitudes towards… There are sone possible reasons for the present situation. First… Second… Finally… As a result, …

很明显地，不同的人对待…有不同的态度。出现这种状况有一定的原因。首先…第二…最后…此类结果是…

4.Have you heard the sone "Ten Little Indian Boys" before?

你听过“十个印度小男孩”这道歌吗？

5.Now you can have sone and.

现在你可以吃些蛋糕和苹果。

6.Sone people just have bad luck. I wish you didn't have to go through this.

一些人只是运气不好。我真希望你不必经历这种痛苦。

7.On occasion of unpremediated accidental defense, if there are unpremediated actions to sone extent and the actor can't prevent the illegal offense happening, it can't be convicted of crime.

在基于过失的偶然防卫的场合，如果存在一定程度的过失，客观上又阻止了不法侵害的发生，则不认为是犯罪；

8.The round plates with arc shaped butt-welded joints were used for stopping sone tube holes which were moved away to another proper positions in the pipes.

采取有弧度的圆形镶块，以对接接头的形式堵补部分管孔，将其移位到管道上的合适位置。

9.A quiet room typically has a sound level of 1 sone.

一个安静的房间通常有1 声级单位的声音水平。

10.For comparison, a whisper is about 0.2 sone.

相比之下，耳语大约是0.2 声级单位。

11.As the music got louder, it reached 5 sone.

随着音乐音量增大，它达到了5 声级单位。

12.The sound level was measured at 10 sone, indicating a moderate noise level.

声音水平测量为10 声级单位，表示噪音水平适中。

13.The factory's machinery operates at around 90 sone, which is quite loud.

工厂的机器运行在约90 声级单位，这非常响。

作文

In the field of acoustics, the term sone is used to measure perceived loudness. It is a unit that quantifies how loud a sound seems to the human ear, which can differ from the actual intensity of the sound measured in decibels. The concept of sone is particularly important in various applications such as audio engineering, hearing research, and even in designing environments where sound plays a crucial role. For instance, when creating a concert hall, acousticians must consider the sone levels to ensure that the audience experiences optimal sound quality. The relationship between decibels and sone is logarithmic; specifically, a sound that is perceived to be twice as loud as another sound is assigned a value of 2 sones. This means that a sound measured at 40 decibels might be perceived as 1 sone, while a sound at 50 decibels could be perceived as 2 sones. This scale helps researchers and engineers understand how people perceive sound in different environments. For example, consider a quiet library where the sound level is around 30 decibels. In this setting, the perceived loudness might be around 0.5 sones. However, if someone were to whisper, the sound level might increase to 35 decibels, which could raise the perceived loudness to approximately 1 sone. This illustrates how small changes in sound levels can significantly affect our perception of loudness. Understanding sone is not only essential for professionals in sound-related fields but also for everyday life. For instance, when choosing appliances like refrigerators or air conditioners, consumers often look at the sone rating to gauge how noisy the appliance will be. A refrigerator with a sone rating of 1.5 is generally quieter than one rated at 3 sones, which helps individuals make informed decisions based on their noise tolerance. Moreover, in urban planning, the concept of sone can be applied to minimize noise pollution. City planners can use sone measurements to design quieter streets, parks, and residential areas that enhance the quality of life for residents. By analyzing sound data, they can implement strategies to reduce unwanted noise, ensuring that public spaces are more enjoyable and conducive to relaxation. In conclusion, the term sone serves as a vital measurement in understanding how we perceive sound. Whether in music, engineering, or daily life, sone provides a framework for evaluating loudness and its impact on our experiences. As we continue to navigate a world filled with various sounds, the significance of sone will only grow, guiding us toward better sound management and appreciation in our environments.

在声学领域，术语sone用于测量感知响度。它是一个量化声音对人耳的响亮程度的单位，这与以分贝测量的声音实际强度可能有所不同。sone的概念在音频工程、听力研究以及设计声音起关键作用的环境等各种应用中尤为重要。例如，在创建音乐厅时，声学专家必须考虑sone水平，以确保观众体验到最佳的音质。分贝与sone之间的关系是对数关系；具体而言，一个被认为是比另一个声音响亮两倍的声音被赋予值2 sones。这意味着一个测量为40分贝的声音可能被感知为1 sone，而一个测量为50分贝的声音则可能被感知为2 sones。这个尺度帮助研究人员和工程师理解人们在不同环境中如何感知声音。例如，考虑一个安静的图书馆，声音水平大约为30分贝。在这种环境中，感知的响度可能在0.5 sones左右。然而，如果有人低声说话，声音水平可能会增加到35分贝，这可能会将感知的响度提高到大约1 sone。这说明了声音水平的小变化如何显著影响我们对响度的感知。理解sone不仅对声音相关领域的专业人士至关重要，也对日常生活有意义。例如，在选择冰箱或空调等电器时，消费者通常会查看sone评级，以评估电器的噪音大小。一个sone评级为1.5的冰箱通常比一个评级为3 sones的冰箱更安静，这帮助个人根据自己的噪音容忍度做出明智的决策。此外，在城市规划中，sone的概念可以应用于最小化噪音污染。城市规划者可以使用sone测量来设计更安静的街道、公园和居民区，从而提高居民的生活质量。通过分析声音数据，他们可以实施减少不必要噪音的策略，确保公共空间更加宜人，有助于放松。总之，术语sone作为理解我们如何感知声音的重要测量标准。无论是在音乐、工程还是日常生活中，sone为评估响度及其对我们体验的影响提供了框架。随着我们继续在充满各种声音的世界中导航，sone的重要性只会增加，引导我们在环境中更好地管理和欣赏声音。