1.
An analysis of the anomaly of stationary waves in the Northern Hemisphere 500 hPa height field.
北半球500hPa高度场定常波不平稳性分析
2.
Impacts of 500hPa Height Field on Fall Precipitaion in the Northwestern China
500hPa高度场对西北地区秋季降水的影响分析
3.
The Nonlinear Relationships between SSTA over Tropical Pacific and 500hPa Height Field over Pacific Northern American;
热带太平洋SSTA与太平洋北美地区500hPa高度场的非线性关系
4.
The nonlinear relationships between SSTA over tropical Pacific and 500 hPa height field over Pacific north America
热带太平洋SSTA与太平洋北美区500hPa高度场的非线性关系
5.
The relationships between Plateau Monsoon and 500 hPa Westerly Activities In Mid-latitude
高原季风对500hPa中纬度西风带活动的影响
6.
precision minimum altitude
用精密进场雷达进场着陆的最低高度
7.
Numerical Simulation of Temperature Field and Stress Field in the Tuyere;
高炉风口温度场和应力场的数值模拟
8.
Calculation on Magnetic Field and Thermal Field of Permanent Magnet Motor with High Power Density
高功率密度永磁电机磁场与温度场计算
9.
Numerical Simulation of HIFU Soumd and Temperature Fields
高强度聚焦超声（HIFU）声场及其温度场的数值模拟
10.
Thegelatinization temperature increases with electric field strength.
糊化温度随电场强度的增大而升高。
11.
The Rule of Gas Temperature Changing with Height in the Gravitational Field;
重力场中气体温度随高度变化的规律
12.
In northern feeding ground, community indices as diversity, homogeneity, abundance and simplicity were higher, and in southern feeding ground, they are to the contrary.
北部渔场群落多样度、均匀度、丰富度、单纯度较高,南部渔场则相反。
13.
Controlling College Rear-service Reforming From The View of MarKet Economy;
从市场经济的高度把握高校后勤改革
14.
THE GRAVITY FIELD MODEL AND DEM IMPROVING THE GPS ELEVATION CONVERSION ACCURACY
重力场模型和DEM提高GPS高程转换精度
15.
Develop and improve the well know level of company productes on the market.
开发市场，提高公司及产品的市场知名度。
16.
CAE Analysis and Research on Temperature Field and Flow Field of High-pressure Feed Water Heater;
高压给水加热器温度场及流场的CAE分析研究
17.
Andalysis on Our Country University Sports Facility Marketability Situation Under Multiple Perspectives;
多角度下我国高校体育场馆市场化的态势分析
18.
"Universal gravitational field intensity" and "gauss theorem of the universal gravitational field";
“万有引力场强度”与“万有引力场的高斯定理”