snow reference pressure

简明释义

基本雪压

英英释义

例句

1.The snow reference pressure 雪参考压力 is critical for calculating the weight of snow on power lines.

对电力线计算积雪重量时，雪参考压力 雪参考压力 是至关重要的。

2.During winter storms, the snow reference pressure 雪参考压力 helps determine how much snow accumulation is expected.

在冬季风暴期间，雪参考压力 雪参考压力 有助于确定预期的积雪量。

3.Local building codes often specify a minimum snow reference pressure 雪参考压力 for construction in snowy regions.

当地建筑规范通常会为多雪地区的建筑规定最低的雪参考压力 雪参考压力。

4.Engineers use snow reference pressure 雪参考压力 to design roofs that can withstand heavy snowfall.

工程师使用雪参考压力 雪参考压力 来设计能够承受大雪的屋顶。

5.In meteorology, the calculation of snow load often starts with the snow reference pressure 雪参考压力 to ensure structural safety.

在气象学中，雪荷载的计算通常以雪参考压力 雪参考压力 开始，以确保结构安全。

作文

In the field of meteorology and environmental science, understanding various pressure measurements is crucial for accurate weather forecasting and climate studies. One such important term is snow reference pressure, which refers to the standard atmospheric pressure used as a baseline when measuring snow-related phenomena. This concept plays a significant role in determining snow density, accumulation rates, and overall snowpack stability. By establishing a snow reference pressure, scientists can better assess the impact of snow on the environment and predict potential hazards such as avalanches or flooding during spring melts.When snow falls, it does not accumulate uniformly. Factors such as temperature, humidity, and wind play a significant role in how snow settles and compacts over time. The snow reference pressure provides a common ground for researchers to compare their findings across different regions and conditions. For instance, when studying the snowpack in the Rocky Mountains versus the Sierra Nevada, researchers will use the snow reference pressure to ensure that they are evaluating the snow density and stability under similar conditions.Moreover, the snow reference pressure is essential for avalanche forecasting. Avalanche specialists rely on precise measurements of snowpack properties to determine the likelihood of an avalanche occurring. By using the snow reference pressure, they can create models that predict how much weight the snowpack can handle before it becomes unstable. This information is vital for backcountry skiers and snowboarders who venture into mountainous areas where avalanches are a risk.Additionally, the snow reference pressure is employed in hydrology to understand snowmelt patterns. As temperatures rise in the spring, the snow begins to melt, and the rate at which this occurs can significantly affect water supply for rivers and reservoirs. By analyzing the snowpack against the snow reference pressure, hydrologists can predict how much water will flow into rivers and lakes, which is crucial for agricultural planning and water resource management.In conclusion, the concept of snow reference pressure is integral to various scientific disciplines concerned with snow and its effects on the environment. Whether it’s for predicting avalanches, managing water resources, or conducting climate research, having a standardized pressure measurement allows for more accurate comparisons and predictions. As climate change continues to alter snowfall patterns and intensify weather events, understanding the implications of snow reference pressure will become increasingly important for researchers and policymakers alike. By investing in further studies and technologies that enhance our understanding of snow dynamics, we can better prepare for the challenges posed by changing winter weather patterns and their impact on ecosystems and human activities.

在气象学和环境科学领域，理解各种压力测量对于准确的天气预报和气候研究至关重要。其中一个重要术语是雪参考压力，它指的是在测量与雪相关现象时用作基准的标准大气压力。这个概念在确定雪密度、积雪速率和整体雪层稳定性方面发挥着重要作用。通过建立雪参考压力，科学家们可以更好地评估雪对环境的影响，并预测春季融雪期间可能发生的危险，如雪崩或洪水。当雪落下时，它不会均匀积累。温度、湿度和风等因素在雪的沉降和压实过程中起着重要作用。雪参考压力为研究人员提供了一个共同的基础，以便在不同地区和条件下比较他们的发现。例如，在研究落基山脉与内华达山脉的雪层时，研究人员将使用雪参考压力来确保他们在类似条件下评估雪的密度和稳定性。此外，雪参考压力对于雪崩预报至关重要。雪崩专家依赖精确的雪层特性测量来确定雪崩发生的可能性。通过使用雪参考压力，他们可以创建模型，预测雪层在变得不稳定之前能承受多少重量。这些信息对于进入雪崩风险山区的滑雪者和单板滑雪者至关重要。另外，雪参考压力在水文学中也被用来理解融雪模式。随着春季温度的升高，雪开始融化，这一过程的速率会显著影响河流和水库的水供应。通过分析与雪参考压力相比的雪层，水文学家可以预测有多少水将流入河流和湖泊，这对农业规划和水资源管理至关重要。总之，雪参考压力的概念对于关注雪及其对环境影响的各个科学学科都是不可或缺的。无论是预测雪崩、管理水资源，还是进行气候研究，拥有标准化的压力测量都可以实现更准确的比较和预测。随着气候变化继续改变降雪模式并加剧天气事件，理解雪参考压力的影响将对研究人员和政策制定者越来越重要。通过投资于进一步的研究和增强我们对雪动态理解的技术，我们可以更好地为应对气候变化带来的冬季天气模式变化及其对生态系统和人类活动的影响所带来的挑战做好准备。