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    • 2. 发明授权
    • Method and apparatus for the nowcast of lightning threat using polarimetric radar
    • 使用极化雷达预报雷电威胁的方法和装置
    • US08432306B2
    • 2013-04-30
    • US12905762
    • 2010-10-15
    • James J. Stagliano, Jr.
    • James J. Stagliano, Jr.
    • G01S13/00
    • G01S7/412G01K2203/00G01S7/025G01S13/951G01W1/16Y02A90/14Y02A90/18
    • A system and method for predicting the probability of cloud-to-ground lightning strikes, ‘frequent’, more than 2 strikes per minute on average, cloud to ground lightning strikes, and/or ‘numerous’, more than 4 strikes per minute on average, through the use of polarimetric radar is presented. The data volume created by the polarimetric radar is processed to identify the type of hydrometeors in each range cell. For each vertical column, the maximum height of the graupel is compared to the lowest height of ice crystals in the volume. In the event that the lowest height of ice crystals is ambiguous, the height of the temperature where ice crystals form, −10° C., may be substituted for the lowest height of the ice crystals. Probability density functions are applied to the height difference to determine the probability of cloud to ground lightning within the column. Lightning probability product data are displayed on a visualization system in a georeferenced manner providing georeferenced lightning warnings. A forecast of the probabilities of cloud-to-ground lightning is determined by simple translation using storm track properties.
    • 一种用于预测云对地雷击概率的系统和方法,“频繁”,平均每分钟超过2次罢工,云对地雷击,和/或“无数”,每分钟超过4次罢工 平均来说,通过使用极化雷达来呈现。 处理由偏振雷达创建的数据量,以识别每个范围单元格中的水化物的类型。 对于每个垂直柱,将霰板的最大高度与体积中冰晶的最低高度进行比较。 在冰晶最低高度不明确的情况下,冰晶形成的温度-10°C可以代替最低的冰晶高度。 概率密度函数应用于高差,以确定列内云对地闪电的概率。 闪电概率产品数据以地理参考的方式显示在可视化系统上,提供地理参考的雷电警告。 云对地雷电概率的预测是通过使用风暴轨迹属性的简单平移来确定的。
    • 8. 发明申请
    • METHOD AND APPARATUS FOR THE NOWCAST OF LIGHTNING THREAT USING POLARIMETRIC RADAR
    • 使用偏光雷达的雷达威胁的方法和装置
    • US20110090111A1
    • 2011-04-21
    • US12905762
    • 2010-10-15
    • James J. Stagliano, JR.
    • James J. Stagliano, JR.
    • G01S13/95
    • G01S7/412G01K2203/00G01S7/025G01S13/951G01W1/16Y02A90/14Y02A90/18
    • A system and method for predicting the probability of cloud-to-ground lightning strikes, ‘frequent’, more than 2 strikes per minute on average, cloud to ground lightning strikes, and/or ‘numerous’, more than 4 strikes per minute on average, through the use of polarimetric radar is presented. The data volume created by the polarimetric radar is processed to identify the type of hydrometeors in each range cell. For each vertical column, the maximum height of the graupel is compared to the lowest height of ice crystals in the volume. In the event that the lowest height of ice crystals is ambiguous, the height of the temperature where ice crystals form, −10° C., may be substituted for the lowest height of the ice crystals. Probability density functions are applied to the height difference to determine the probability of cloud to ground lightning within the column. Lightning probability product data are displayed on a visualization system in a georeferenced manner providing georeferenced lightning warnings. A forecast of the probabilities of cloud-to-ground lightning is determined by simple translation using storm track properties.
    • 一种用于预测云对地雷击概率的系统和方法,“频繁”,平均每分钟超过2次罢工,云对地雷击,和/或“无数”,每分钟超过4次罢工 平均来说,通过使用极化雷达来呈现。 处理由偏振雷达创建的数据量,以识别每个范围单元格中的水化物的类型。 对于每个垂直柱,将霰板的最大高度与体积中冰晶的最低高度进行比较。 在冰晶最低高度不明确的情况下,冰晶形成的温度-10°C可以代替最低的冰晶高度。 概率密度函数应用于高差,以确定列内云对地闪电的概率。 闪电概率产品数据以地理参考的方式显示在可视化系统上,提供地理参考的雷电警告。 云对地雷电概率的预测是通过使用风暴轨迹属性的简单平移来确定的。