absolute humidity

简明释义

绝对湿度

英英释义

例句

1.In a greenhouse, maintaining a stable absolute humidity 绝对湿度 is crucial for plant growth.

在温室中，维持稳定的绝对湿度 absolute humidity对于植物生长至关重要。

2.The absolute humidity 绝对湿度 in coastal areas tends to be higher than in inland regions.

沿海地区的绝对湿度 absolute humidity往往高于内陆地区。

3.The meteorologist reported that the absolute humidity 绝对湿度 in the region has increased significantly due to recent rainfall.

气象学家报告称，由于最近的降雨，该地区的绝对湿度 absolute humidity显著增加。

4.High absolute humidity 绝对湿度 can lead to discomfort and health issues in humans.

高绝对湿度 absolute humidity可能导致人类的不适和健康问题。

5.The absolute humidity 绝对湿度 levels were measured to assess indoor air quality.

为了评估室内空气质量，测量了绝对湿度 absolute humidity水平。

作文

Absolute humidity is a crucial concept in meteorology and environmental science, referring to the actual amount of water vapor present in a given volume of air. It is typically expressed in grams of water vapor per cubic meter of air (g/m³). Understanding absolute humidity (绝对湿度) is essential for various applications, including weather forecasting, climate studies, and even in the fields of agriculture and construction. To grasp the importance of absolute humidity (绝对湿度), it is helpful to compare it with relative humidity. While relative humidity measures the percentage of moisture in the air relative to the maximum amount the air can hold at a specific temperature, absolute humidity (绝对湿度) provides a direct measure of the water vapor content. This distinction is significant because temperature affects the air's capacity to hold moisture; thus, two different conditions can have the same relative humidity but vastly different absolute humidity (绝对湿度) levels. For instance, consider a warm summer day when the air feels humid. The relative humidity might be high, indicating that the air is saturated with moisture. However, if the temperature drops at night, the relative humidity may remain high, but the absolute humidity (绝对湿度) could decrease significantly because cooler air cannot hold as much moisture. This fluctuation can impact weather patterns and influence local ecosystems. In practical terms, understanding absolute humidity (绝对湿度) can help farmers decide when to irrigate crops. If the air has high absolute humidity (绝对湿度), plants may not need additional water since they can absorb moisture from the air. Conversely, during dry periods with low absolute humidity (绝对湿度), irrigation becomes crucial for crop survival. Moreover, in the construction industry, absolute humidity (绝对湿度) plays a vital role in determining the drying times of materials such as concrete and plaster. High absolute humidity (绝对湿度) can slow down the drying process, leading to potential issues like mold growth or structural integrity problems. Therefore, builders must monitor absolute humidity (绝对湿度) levels to ensure optimal conditions for their projects. Furthermore, the implications of absolute humidity (绝对湿度) extend beyond agriculture and construction. In health and comfort settings, such as hospitals and homes, maintaining an appropriate absolute humidity (绝对湿度) level is essential for respiratory health. High levels of humidity can promote the growth of mold and dust mites, which can exacerbate asthma and allergies. Conversely, excessively low absolute humidity (绝对湿度) can lead to dry skin and respiratory issues. In conclusion, absolute humidity (绝对湿度) is a fundamental measure that influences various aspects of our environment and daily lives. From agriculture to construction and health, understanding this concept allows us to make informed decisions that can enhance productivity, safety, and well-being. As climate change continues to alter weather patterns globally, monitoring absolute humidity (绝对湿度) will become increasingly important in predicting and adapting to these changes. Thus, the significance of absolute humidity (绝对湿度) cannot be overstated, as it is a key factor in both natural processes and human activities.

绝对湿度是气象学和环境科学中的一个关键概念，指的是在给定体积的空气中存在的实际水蒸气量。它通常以每立方米空气中的水蒸气克数（g/m³）表示。理解绝对湿度（absolute humidity）对于天气预报、气候研究，甚至农业和建筑领域的各种应用至关重要。为了更好地理解绝对湿度（absolute humidity）的重要性，有助于将其与相对湿度进行比较。相对湿度测量的是空气中水分相对于特定温度下空气能够容纳的最大水分的百分比，而绝对湿度（absolute humidity）则直接衡量水蒸气的含量。这一区别非常重要，因为温度会影响空气容纳水分的能力；因此，在不同条件下，两个具有相同相对湿度的情况可能具有截然不同的绝对湿度（absolute humidity）水平。例如，考虑一个温暖的夏天，当空气感觉潮湿时。相对湿度可能很高，表明空气饱和了水分。然而，如果夜间温度下降，相对湿度可能仍然保持高位，但由于较冷的空气无法容纳那么多水分，绝对湿度（absolute humidity）可能会显著降低。这种波动会影响天气模式，并影响当地生态系统。在实际应用中，理解绝对湿度（absolute humidity）可以帮助农民决定何时灌溉作物。如果空气中有高绝对湿度（absolute humidity），植物可能不需要额外的水分，因为它们可以从空气中吸收水分。相反，在低绝对湿度（absolute humidity）的干燥时期，灌溉对于作物的生存至关重要。此外，在建筑行业，绝对湿度（absolute humidity）在确定材料如混凝土和灰泥的干燥时间方面发挥着重要作用。高绝对湿度（absolute humidity）可能会减缓干燥过程，导致潜在的问题，如霉菌生长或结构完整性问题。因此，建筑商必须监测绝对湿度（absolute humidity）水平，以确保项目的最佳条件。此外，绝对湿度（absolute humidity）的影响不仅限于农业和建筑。在健康和舒适的环境中，例如医院和家庭，保持适当的绝对湿度（absolute humidity）水平对于呼吸健康至关重要。高湿度水平可能促进霉菌和尘螨的生长，从而加重哮喘和过敏症状。相反，过低的绝对湿度（absolute humidity）可能导致皮肤干燥和呼吸问题。总之，绝对湿度（absolute humidity）是影响我们环境和日常生活各个方面的基本测量。从农业到建筑和健康，理解这一概念使我们能够做出明智的决策，从而提高生产力、安全性和福祉。随着气候变化继续全球性地改变天气模式，监测绝对湿度（absolute humidity）将变得越来越重要，以预测和适应这些变化。因此，绝对湿度（absolute humidity）的重要性不容小觑，因为它是自然过程和人类活动的关键因素。