湿延迟 meaning in Chinese
wet delay
Examples
- 12h - simulation of mm5 can show the daily change tendency of ztd , zhd , zwd and pw with a bias in depicting their hourly change
Mm5模式分辨率的提高有利于改善模式对静力延迟、湿延迟和可降水量的描述和预报。 - 2 . the reanalysis fields of mm5 can reveal the distribution of zhd as a whole and has larger bias on zwd and pw than ztd
2 、 mm5模式初始场对静力延迟有较好的描述能力，但对湿延迟和可降水量的描述还存在比静力延迟更大的描述误差。 - The variation of ztd is mainly caused by the zenith wet delay ( zwd ) . zenith hydrostatic delay ( zhd ) and zwd from different gps sites exhibit individual features that zhd has a obvious periodic change and zwd is related to weather
总延迟的变化主要是由湿延迟的变化而引起，其中静力延迟变化呈现了明显的周期性，而湿延迟的变化与天气过程相关联。 - In general , 6h accumulated rainfall prediction of mm5 is improved by 3dvar of gps zwd data more significantly than gps pw data although the former improvement is related to the rainfall amount
尽管湿延迟量资料同化对6h累计降水预报的改善在不同的降水等级表现了不同效果，但总体上湿延迟量资料同化对6h累计降水预报的改善程度要高于可降水量资料变分同化。 - On the whole , gps pw data assimulation will improve precipitation prediction . 6 , gps zwd assimulation ingests atmospheric information observed by gps into mm5 initial fields more easily than gps pw assimulation so that the initial fields of humidity , temperature , pressure and wind can be modified in a greater degree
6 、 gps湿延迟量资料的三维变分同化比gps可降水量资料同化更容易将gps对大气的监测信息传递给mms模式初始场，使得对模式初始湿度、温度、气压和风场的调整程度大于gps可降水量资料同化对模式初始要素场的调整