They are directly connected with the wind speed and the time that wind lasts.
它们与风速和风持续的时间直接相关。
Inside the tornado probe, there are sensors to measure wind speed, temperature, pressure, and direction.
龙卷风探测仪的内部安装有传感器以测量风速、温度、压力和风向。
Gustav landed as a secondary storm with a wind speed of about 175 kilometers per hour, and New Orleans is expected to be hit for several hours in a row.
古斯塔夫登陆时的强度为二级风暴，风速大约每小时175公里，预计新奥尔良将连续数小时受到冲击。
Close to the ground, wind speed increases quickly with height.
靠近地面，风速随高度迅速增大。
It examined wind speed data from hundreds of locations across the U.S..
报告中提供了美国上百个地区的风速数据。
To achieve an effective Ultimate Frisbee toss, the wind speed can't be too high.
为了能有效的投掷飞盘，风速不能太快。
Conversely, a drop in average wind speed will significantly reduce the power output.
与此相反，平均风速的减慢会明显减少电力的产出。
It measures a storm's wind speed and estimates how much damage that storm might cause.
用于衡量飓风的速度和可能带来的破坏程度。
Measure average wind speed by anemometer. Find out wind direction by light thread and compass.
用风速计量度平均风速，用一条轻的线和一个指南针找出风向。
Measure average wind speed by anemometer . Find out wind direction by light thread and compass.
用风速计量度平均风速，用一条轻的线和一个指南针找出风向。
This time, scientists hope to learn more about the formation, wind speed and shape of tornadoes.
这一次，科学家希望了解更多有关龙卷风的构成、风速及其形态。
A pitch controller rotates each blade around a bearing, setting it to the best angle for the wind speed.
同时间距控制装置会根据风速旋转安装在轴承上的风叶，保持在最佳角度。
Both light and temperature, with the addition of wind speed and other factors, can influence panel output.
光和温度，外加风速和其他因素都能影响面板的输出。
So, a small increase in wind speed can lead to a big increase in the amount of mechanical energy you can harvest.
所以，风速的微小增加可导致获得的机械能大幅增加。
Given wind speed, duration, and fetch, it is possible to predict the size of the waves generated by a given storm.
人给出了风速，它的持续时间和吹程，就有可能预报由某一风暴产生的海浪的高度。
By determining wind speed and wind direction, it will be possible to predict exact forecasts for international airports.
《护卫者号》将通过测定风速和风向，为各国际机场提供准确的气象预测信息。
The decline has the potential to be especially pernicious because turbines are exponentially sensitive to changes in wind speed.
由于利用风力发电的涡轮机对风速的变化非常敏感，风速减缓可能对此带来严重的后果。
A natural way to think of it would be analogous to the saffir-simpson hurricane scale that is based on maximum sustained wind speed.
一种自然的思考方式是比照基于最高持续风力的萨菲尔—辛曾森飓风等级。
In wind speed time history simulation of large-span spatial structures, both time and spatial correlation should be considered.
大跨空间结构风速时程模拟需考虑风的时间相关性和空间相关性。
Flutter derivatives play very important roles for determining the flutter critical wind speed and buffeting responses of long-span Bridges.
气动导数是大跨桥梁结构颤振和抖振分析中确定颤振临界风速和抖振响应的重要依据。
Wind tunnel test of sectional model is an important means for determining lock-in region of wind speed and maximal amplitude of vortex-excited resonance.
节段模型风洞试验是研究涡激共振风速锁定范围和最大振动幅值的一种重要手段。
The research team uses the model to run millions of numbers -- atmospheric conditions like wind speed, temperature, and moisture -- through a series of equations.
该研究小组使用此模型处理一系列的方程式，运算数百万的数据包括风速、温度、湿度等大气状况。
With a 4 + rating from more than 200 users, Hurricane HD provides an extensive forecast cone, which includes both location information and corresponding wind speed.
超过200个用户评予4 +级别，飓风高清版提供了加强的概率预报图，包括位置信息和相应的风速。
Four pins means you can have four sensors, say two temperature sensors, one for ambient and the other for panel temperature, a light sensor, and a wind speed sensor.
四个插脚意味着可以有四个传感器，比如两个温度传感器(一个用于外界温度，一个用于面板温度)、一个光传感器和一个风速传感器。
The speed reference for the controller is a function of the wind speed and is chosen to ensure maximum energy capture from the wind for varying wind conditions.
控制器的参考转速是风速的函数，它的选择随风力状况的变化而变化，目的是为了获取最大风能。
Some are being positioned, claim campaigners, in areas of lower than average wind speed, forcing companies to build bigger structures to generate sufficient electricity.
反对者声称，一些巨型涡轮机拟安置区域的风力低于均速，从而迫使这些公司不得不建造更大结构的涡轮机以产生足够的电量。
The mechanical analysis and the trimming were performed for a novel near space aircraft which uses the variation in wind speed at high altitude to control its flight path.
对一种利用高空风的风速差控制飞行轨迹的新型低能耗临近空间飞行器，进行了力学分析与配平计算。
The mechanical analysis and the trimming were performed for a novel near space aircraft which uses the variation in wind speed at high altitude to control its flight path.
对一种利用高空风的风速差控制飞行轨迹的新型低能耗临近空间飞行器，进行了力学分析与配平计算。
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