1.
Complication of Emergency flood forecasting schemein Disaster Areas by Earthquakes
地震灾区应急洪水预报方案建立研究
2.
Huangshui Ditch Hydrometric Station Programming For Monthly Water Volume Forecast Scheme
黄水沟水文站月水量预报方案的编制
3.
Research on Computerization Processing Methods for Flood Forecasting Scheme by Correlation Diagram
相关图洪水预报方案电算处理方法探讨
4.
Research in Medium and Long-Term Forecasting Schemes of Monthly Runoff Volume in Hongjiadu Hydropower Station;
洪家渡水电站月径流量预报方案的研究
5.
Universal Construction Technologies of Flood Forecast Scheme on Complicate Large Watershed
复杂大流域洪水预报方案通用化构建技术研究
6.
The method for prediction of chatter based on the vibration signal processing
一种基于振动信号处理的颤振预报方案研究
7.
Establishment and applicable study of forecasting scheme for flood maximum sediment concentration at Longmen Station on Middle Yellow River
黄河中游龙门站洪水最大含沙量预报方案的建立及应用研究
8.
An analysis on budget based compensation plan and linear compensation plan;
预算报酬方案和线性报酬方案的一个比较分析
9.
performance report on the programme budget for the biennium 1988-1989 1988-1989
两年期方案预算执行情况报告
10.
"approving annual financial reports, Budget of receipts and expenditures, distribution plan of annual profits"
批准年度财务报表、收支预算、年度利润分配方案
11.
Evaluation and Decision-Making of Bidding Project in Electricity Market Supported by Forecast;
基于预测的电力市场报价方案评估与决策
12.
An Empirical Evidence on the Effects of Information Asymmetry and Pay Scheme on Budget Slack;
信息不对称和报酬方案对预算松弛的影响研究
13.
A Design Scheme of Red Tide Forecast Expert System Based on Web;
一个基于Web的赤潮预报专家系统设计方案
14.
The impact of the PBL parameterization schemes in WRF3.0 model on the numerical simulation of the rainstorm
WRF3.0模式中边界层参数化方案对暴雨预报的影响
15.
Study on Comparison of PP Method Modifying Projects for Forecasting Maximum and Minimum Temperature
最高(低)温度PP法预报修正方案的比较研究
16.
The Impacts of Background Fields and Parameterization Schemes on Torrential Rain Forecast in GRAPES-meso
背景场资料与参数化方案对暴雨预报的影响
17.
A Dynamic Similitude Scheme for Tropical Cyclone Quantitative Precipitation Forecast
热带气旋定量降水预报的动力相似方案
18.
A 1.5 order closure scheme is used to predict turbulent kinetic energy for determining the eddy viscosity.
湍能预报方程采用1.5阶湍流闭合方案，确定湍流涡动系数。