psychrometric

简明释义

英[/saɪˈkroʊ.mə.trɪk/]美[/saɪˈkroʊ.mə.trɪk/]

adj. （与）湿度测定（有关）的

英英释义

单词用法

同义词

反义词

例句

1.A special designed real time T-H chart was proposed to directly represent the thermal and psychrometric status.

专门设计的实时温、湿度状态图能直观地表达各个测点的热湿状态。

2.In this paper, according to virial equation of state for real gas, the high temperature psychrometric chart of humid air is analyzed.

本文根据实际气体的压缩因子和维利状态方程，对湿空气的高温焓湿图进行了分析。

3.The relationship between psychrometric coefficient a and ambient temperature was studied.

对干湿球系数A与环境温度t的关系进行了研究。

4.In this paper, according to virial equation of state for real gas, the high temperature psychrometric chart of humid air is analyzed.

本文根据实际气体的压缩因子和维利状态方程，对湿空气的高温焓湿图进行了分析。

5.Our Conditioned air Supplies provide combustion air and or dilution air at precisely regulated psychrometric conditions.

我们供气系统提供在燃烧空气和或稀释空气时的精确调节温度。

6.In the lab, we measured the psychrometric properties of the air to improve our experiments.

在实验室，我们测量了空气的心理测量特性，以改善我们的实验。

7.The psychrometric chart helped us determine the moisture content in the air.

这个心理测量图帮助我们确定了空气中的水分含量。

8.Using psychrometric calculations, we were able to optimize the drying process for the materials.

通过使用心理测量计算，我们能够优化材料的干燥过程。

9.Understanding psychrometric principles is essential for designing effective HVAC systems.

理解心理测量原理对于设计有效的暖通空调系统至关重要。

10.The engineer used a psychrometric diagram to analyze the humidity levels in the building.

工程师使用了一个心理测量图来分析建筑物中的湿度水平。

作文

The term psychrometric refers to the study of the thermodynamic properties of moist air. This field is essential in various applications, including meteorology, HVAC (heating, ventilation, and air conditioning), and even agricultural science. Understanding psychrometric principles allows professionals to analyze and manipulate the moisture content in the air, which can be critical for comfort, health, and productivity.In meteorology, psychrometric data helps meteorologists predict weather patterns by understanding how humidity interacts with temperature. For instance, when warm air rises, it expands and cools, potentially leading to condensation and precipitation. By studying the psychrometric chart, meteorologists can visualize these changes and forecast rain or storms more accurately.In the HVAC industry, psychrometric analysis is crucial for designing systems that maintain comfortable indoor environments. Engineers use psychrometric charts to determine the right balance of temperature and humidity for different spaces. For example, in a hospital, maintaining a specific humidity level is vital to prevent the spread of infections and ensure patient comfort. Similarly, in commercial buildings, psychrometric calculations help optimize energy usage while providing a pleasant atmosphere for occupants.Agricultural scientists also rely on psychrometric principles to improve crop yields. Understanding the moisture levels in the air can help farmers decide when to irrigate their fields. If the air is too dry, crops may suffer from drought stress; if it's too humid, the risk of fungal diseases increases. By applying psychrometric knowledge, farmers can make informed decisions that enhance both the quantity and quality of their produce.Furthermore, psychrometric concepts are not limited to professional fields; they can also be applied in everyday life. For instance, understanding how humidity affects our comfort can lead to better choices regarding clothing and home ventilation. On a hot day, high humidity can make temperatures feel much warmer than they actually are, leading people to seek shade or air conditioning. Conversely, during winter, low humidity can cause skin dryness and respiratory issues. By grasping psychrometric principles, individuals can take proactive measures to enhance their well-being.In conclusion, the study of psychrometric properties plays a vital role in various fields, from predicting weather patterns to improving indoor air quality and optimizing agricultural practices. By understanding how moisture interacts with temperature, we can make informed decisions that positively impact our environment and our lives. Whether one is a professional in a specific field or an individual looking to improve personal comfort, the principles of psychrometric science offer valuable insights that are applicable in numerous contexts.

术语psychrometric指的是潮湿空气热力学性质的研究。该领域在气象学、HVAC（供暖、通风和空调）以及农业科学等多个应用中至关重要。理解psychrometric原理使专业人士能够分析和操控空气中的水分含量，这对于舒适、健康和生产力都是至关重要的。在气象学中，psychrometric数据帮助气象学家通过理解湿度与温度的相互作用来预测天气模式。例如，当温暖的空气上升时，它会膨胀并冷却，可能导致凝结和降水。通过研究psychrometric图表，气象学家可以可视化这些变化，并更准确地预测降雨或风暴。在HVAC行业中，psychrometric分析对于设计维护舒适室内环境的系统至关重要。工程师使用psychrometric图表来确定不同空间温度和湿度的正确平衡。例如，在医院中，维持特定的湿度水平对于防止感染传播和确保患者舒适至关重要。同样，在商业建筑中，psychrometric计算有助于优化能源使用，同时为居住者提供愉快的氛围。农业科学家也依赖于psychrometric原理来提高作物产量。了解空气中的水分水平可以帮助农民决定何时灌溉他们的田地。如果空气太干燥，作物可能会遭受干旱压力；如果湿度过高，真菌疾病的风险增加。通过应用psychrometric知识，农民可以做出明智的决策，从而提高他们的产品的数量和质量。此外，psychrometric概念不仅限于专业领域；它们也可以应用于日常生活中。例如，了解湿度如何影响我们的舒适度可以导致关于衣物和家庭通风的更好选择。在炎热的日子里，高湿度会使温度感觉比实际温度高得多，导致人们寻求阴凉处或空调。相反，在冬季，低湿度可能导致皮肤干燥和呼吸道问题。通过掌握psychrometric原理，个人可以采取积极措施来改善他们的健康。总之，psychrometric性质的研究在多个领域发挥着至关重要的作用，从预测天气模式到改善室内空气质量和优化农业实践。通过理解水分如何与温度相互作用，我们可以做出明智的决策，从而对我们的环境和生活产生积极影响。无论是某一特定领域的专业人士还是希望改善个人舒适度的个体，psychrometric科学的原理提供了在众多背景下都适用的宝贵见解。