1.
Factor Analysis for Ice Flood and Model Research for Freeze-up Time and Break-up Time in the Inner Mongolia Reach of the Yellow River;
黄河内蒙段凌汛成因分析及封开河日期预报模型研究
2.
Analysis of Causes to Dammed Water in Little-North-Stem of the Yellow River in 1996 Ice Flood
1996年凌汛黄河小北干流冰塞壅水成因分析
3.
Analysis of the Meteorological Causes Ice Jam Dam Flood Disaster at Heilongjiang,Songhuajiang and Nenjiang River
黑龙江、松花江、嫩江冰坝凌汛的气象成因分析
4.
Analysis on Ice Flood Damaged Dike from the Location of the Inner Mongolia Hangjinqi Duguitalakuisu Region of the Yellow River
黄河内蒙古杭锦旗独贵塔拉奎素段凌汛期溃堤原因分析
5.
Analysis of Cause for the Ice Run Flooding in January of 1982 at Hequ Section of the Yellow River
黄河河曲段1982年1月凌灾成因分析
6.
The Cause Analysis and Numerical Simulation of a Rainstorm of South China in the First Rainy Season;
一次华南前汛期暴雨的成因分析及数值模拟研究
7.
A Study on the Causes and the Atmospheric Circulation Characteristics of Abnormal Rainfall in South China during 2008
2008年华南前汛期异常降水的大尺度环流特征及成因分析
8.
Analysis of the Current Situation and Reasons of Peasant s Management Modes in Yangling Demonstration Zone;
杨凌示范区农户经营模式现状及成因分析
9.
Analysis on the Pre-flood Season Sustained Rain Process of Southern China in 2008
2008年华南前汛期连续性暴雨过程成因探析
10.
Analysis of Meteorological Factors of Regional Heavy Rainfall in East China during Meiyu Period;
华东梅汛期分片暴雨前期气象因子场的分析
11.
GC-MS Analysis of Volatile Oil of Rabdosia Rubescens [Hamsl.]Hara.;
栾川冬凌草挥发油成分的GC-MS分析
12.
Analysis of volatile oil from Rabdosia rubescens by GC-MS
冬凌草挥发油化学成分的GC-MS分析
13.
Influence Factors of Oridonin Extracted with Supercritical CO_2
超临界CO_2萃取冬凌草甲素影响因素分析
14.
Growth Analysis of Agricultural High-tech Enterprises in Yangling;
杨凌农业高新技术企业成长性分析及启示
15.
The Space-time Change of Rainstorm and Origin Cause of Formation in Pre-Summer Flood Period of South China;
华南前汛期暴雨的时空变化及其成因
16.
Risk and Benefit Analysis to Stage Flood Season Limited Water Level of Reservoir;
水库分期汛限水位的风险与效益分析
17.
Analysis on the Modes of Flood-reporting Communication Network of Henan Flood Control and Drought Relief Command System
河南省防汛抗旱指挥系统报汛通信组网方式分析
18.
Changes of Flood-Season Severe Precipitation over South China in 2071-2100
21世纪末华南汛期强降水变化分析