thermal sensation

简明释义

热感觉

英英释义

例句

1.During the summer, air conditioning helps to regulate the thermal sensation 热感 in indoor spaces.

夏天，空调有助于调节室内空间的热感。

2.In winter, wearing layers helps to maintain a comfortable thermal sensation 热感 throughout the day.

在冬天，穿多层衣物有助于保持全天的舒适热感。

3.The thermal sensation 热感 from the heated blanket made me feel cozy and relaxed.

加热毯带来的热感让我感到舒适和放松。

4.After stepping out of the cold water, I felt a strong thermal sensation 热感 as the sun warmed my skin.

从冷水中走出来后，我感受到了一种强烈的热感，当阳光温暖我的皮肤时。

5.The sauna creates an intense thermal sensation 热感 that promotes relaxation and detoxification.

桑拿营造出一种强烈的热感，促进放松和排毒。

作文

The concept of thermal sensation refers to the perception of temperature by the human body. It is a crucial aspect of our sensory experience, influencing how we interact with our environment. Our ability to feel heat and cold is not merely a biological function; it plays a significant role in our daily lives, affecting our comfort, safety, and even our emotional well-being. Understanding thermal sensation can help us appreciate the complexities of human perception and the importance of temperature regulation in various contexts.When we talk about thermal sensation, we are essentially discussing how our skin and internal receptors respond to thermal stimuli. These receptors send signals to the brain, which interprets them as sensations of warmth or coolness. For instance, when we step outside on a hot summer day, our skin detects the increased temperature, and we feel warm. Conversely, when we enter a cold room, our body quickly senses the drop in temperature, leading to a feeling of chilliness. This immediate response is vital for our survival, as it helps us react appropriately to environmental changes.Moreover, thermal sensation is not only about detecting temperature extremes but also about finding comfort in varying conditions. For example, a pleasant warm bath can provide a sense of relaxation and comfort, whereas an excessively hot environment can lead to discomfort and even health risks such as heat exhaustion. Similarly, on a chilly winter day, a cozy blanket can enhance our feeling of warmth and security. Thus, our perception of thermal sensations can significantly impact our mood and overall quality of life.In addition to personal comfort, thermal sensation has broader implications in various fields, including architecture, fashion, and healthcare. In architecture, understanding how thermal sensations affect occupants can lead to better designs that promote comfort and energy efficiency. Buildings can be constructed with materials that regulate temperature effectively, ensuring that indoor environments remain pleasant regardless of outdoor conditions. For instance, homes with good insulation can maintain a stable temperature, reducing the need for excessive heating or cooling.In the fashion industry, designers often consider thermal sensation when creating clothing. Fabrics that trap heat or wick moisture can enhance the wearer's comfort in different climates. For example, thermal underwear is designed to retain body heat in cold weather, while breathable fabrics are preferred for hot conditions. By understanding how different materials affect our thermal sensation, consumers can make informed choices about what to wear based on the weather and their activities.Healthcare professionals also recognize the importance of thermal sensation in patient care. For instance, patients recovering from surgery may be particularly sensitive to temperature changes, and managing their thermal comfort can aid in their recovery process. Additionally, certain medical conditions can alter a person's thermal sensation, making it essential for caregivers to monitor and address these changes.In conclusion, thermal sensation is a fundamental aspect of our sensory experience that influences various aspects of our lives. From personal comfort to architectural design and healthcare practices, understanding how we perceive temperature can lead to improved quality of life. As we continue to explore the intricacies of human perception, the significance of thermal sensation will undoubtedly remain a vital area of study and application.

“热感”这一概念指的是人类身体对温度的感知。这是我们感官体验的重要方面，影响着我们与环境的互动。我们感受到热和冷的能力不仅仅是生物功能；它在我们的日常生活中发挥着重要作用，影响着我们的舒适、安全，甚至情感健康。理解“热感”可以帮助我们欣赏人类感知的复杂性以及温度调节在各种情境中的重要性。当我们谈论“热感”时，我们实际上是在讨论我们的皮肤和内部受体如何对热刺激做出反应。这些受体将信号发送到大脑，大脑将其解释为温暖或凉爽的感觉。例如，当我们在炎热的夏天走出去时，我们的皮肤感知到温度的升高，我们感到温暖。相反，当我们进入一个寒冷的房间时，我们的身体会迅速感知到温度的下降，从而导致寒冷的感觉。这种即时反应对我们的生存至关重要，因为它帮助我们对环境变化做出适当的反应。此外，“热感”不仅仅是关于检测温度极端，还涉及在不同条件下寻找舒适感。例如，一个愉快的热水澡可以提供放松和舒适的感觉，而过于炎热的环境可能导致不适，甚至健康风险，如中暑。同样，在寒冷的冬天，一条舒适的毛毯可以增强我们对温暖和安全的感觉。因此，我们对“热感”的感知可以显著影响我们的情绪和整体生活质量。除了个人舒适，“热感”在建筑、时尚和医疗等多个领域也具有更广泛的意义。在建筑学中，了解热感如何影响居住者可以导致更好的设计，促进舒适和能源效率。建筑可以使用有效调节温度的材料建造，确保室内环境在各种户外条件下保持宜人。例如，良好绝缘的房屋可以保持稳定的温度，减少过度加热或冷却的需要。在时尚行业，设计师在创建服装时常常考虑“热感”。能够保温或排汗的面料可以提高穿着者在不同气候下的舒适度。例如，保暖内衣旨在在寒冷天气中保持体温，而透气面料则更适合炎热的条件。通过理解不同材料如何影响我们的“热感”，消费者可以根据天气和活动做出明智的穿着选择。医疗专业人士也认识到“热感”在病人护理中的重要性。例如，术后恢复的病人可能对温度变化特别敏感，管理他们的热舒适可以帮助他们的恢复过程。此外，某些疾病可能会改变一个人的“热感”，使得护理人员监测和处理这些变化变得至关重要。总之，“热感”是我们感官体验的基本方面，影响着我们生活的各个方面。从个人舒适到建筑设计和医疗实践，理解我们如何感知温度可以提高生活质量。随着我们继续探索人类感知的复杂性，“热感”的重要性无疑将继续成为研究和应用的关键领域。