2) forecasting experiment
预报试验
1.
By using canonical correlation method,the forecasting experiment of the rainfall during the flood season in Yunan Province is performed.
利用典型相关方法作云南汛期 ( 6～ 8月 )降水的预报试验 ,选取有实际预报意义的北半球 50 0hPa场 1～ 4月平均环流特征量、部分关键区的高度和距平资料及太阳黑子数作为共同影响因子 ,建立典型相关模型。
3) numerical prediction
数值预报
1.
A research on numerical prediction method for wave-making resistance and its application to container ship hull form optimization;
兴波阻力数值预报方法研究及其在集装箱船船型优化中的应用
2.
The test of numerical prediction of seawater temperature in the sea area near Fujian;
福建近海区海温数值预报试验
3.
Development and study of practical numerical prediction system of typhoon swelling;
台风暴潮数值预报业务系统的开发与研究
4) numerical forecast
数值预报
1.
Medium Scale Numerical Forecast Professional System of Hei Longjiang Province;
黑龙江省中尺度数值预报业务系统
2.
Application of the numerical forecast for the sea ice in the marine development;
海冰数值预报在海洋开发中的应用
3.
On the basis of large and comprehensive field measuring data for atmospheric environmental parameters,a numerical forecasting model system on air quality was developed recently in order to make business forecast of air pollution in Jinan City.
在大规模大气环境参数综合野外测试资料的基础上 ,为在济南市开展大气污染业务预报新近开发了空气质量数值预报模式系统。
5) numerical forecasting
数值预报
1.
On the basis of analyzing air automatic monitor data of many years,the statistical forecast pattern(many Yuan linear return) and the numerical forecasting pattern(CAPPS) were applied in the ambient forecast.
在分析多年空气自动监测数据的基础上,选用统计预报模式(多元线性回归)和数值预报模式(CAPPS)两种模式同步应用,以源解析结论为数据修正程序,很好地解决了安阳市在空气质量预报方面准确率低的问题。
6) numerical weather forecast
数值预报
1.
Numerical system of numerical weather forecastoperation in Wuhan region;
武汉区域气象中心数值预报业务并行计算机系统
2.
It is suggested that it is the technological development of the atmospheric probing,the numerical weather forecast and the visualization that impels the conventional weather forecast in the United States toward quantization and timing.
指出在大气探测技术、数值预报及可视化技术发展的推动下美国传统的天气预报向定量与定时方向发展。
补充资料：短期天气预报(见天气预报和天气图预报)
短期天气预报(见天气预报和天气图预报)
u。。，，，:‘，anq，yubao短期天气预报见关匀布绍升，二，二一一
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条