1.
The Study of Atmospheric Gravity Wave Propagation Features Influenced by Background Winds;
背景风场影响下大气重力波的传播特性研究
2.
Then a dynamic model based on the atmospheric gravity waves is introduced to simulate the dynamic change of mirage.
提出了基于大气重力波模型的海市蜃楼动态变化模型;
3.
On the atmospheric gravity waves during the 23rd September 1987 annular solar eclipse
1987年9月23日日环食所产生的大气内重力波
4.
DISPERSIVE THEORY AND NUMERICAL COMPUTATION OF THE ACOUSTIC-GRAVITY WAVE IN TWO-LAYER MODEL
声-重力波在两层大气模型中的频散理论和数值计算
5.
The Simulation Investigation of Nonlinear Propagation of Gravity Waves in Three-dimension Compressible Atmosphere;
中高层大气中三维重力波非线性传播的数值研究
6.
The Existence of the Coupled Schr(?)dinger Equations about the Interaction with Nonlinear Gravity Waves Study;
大气非线性重力波相互作用下的耦合Schr（?）dinger方程组解的存在性研究
7.
Research on the Evolutionary Equation and Its Numerical Stability of the Mesoscale Nonlinear Gravitational Wave;
大气中尺度非线性重力惯性波的演化方程及数值稳定性研究
8.
Spacecraft re-entering the earth's atmosphere are affected by g forces.
航天器重返大气层是由於重力的作用.
9.
The Impact of Gravity Wave on a Hailstorm Weather Process Evolution
重力波对一次雹暴天气过程演变的影响
10.
a pneumatic jack
气力起重机, 气力千斤顶
11.
Mechanism of Low-frequency Large-amplitude Gravity Waves in Coupled Liquid and Cylindrical Elastic Shell System;
弹性壳液耦合系统低频大幅重力波的研究
12.
Wind direction, wind velocity, air temperature and air pressure have a very great effect on the propagation of pressure waves.
风向、风速、气温和气压对压力波的传播有十分巨大的影响。
13.
A transient air pressure, such as the shock wave from an explosion, that is greater than the surrounding atmospheric pressure.
超压力高于周围的大气压的瞬时气压，如爆炸产生的冲击波
14.
The Study of Airglow by Nonlinear Gravity Wave and the Development of the Total Ozone Spectrometer;
气辉的非线性重力波研究及臭氧总量探测仪的研制
15.
Effect of electronic relaxation process on air breakdown caused by repetition frequency HPM
电子弛豫过程对重复频率高功率微波大气击穿的影响
16.
Virtual Prototype Design of Reuable Launch Vehicle;
重复使用跨大气层飞行器动力学虚拟样机设计
17.
Discussion on the Important Significance of Developing the Firedamp Technology in Countryside;
浅谈农村大力推广沼气技术的重要意义
18.
Shanxi Province Should Pay Great Attention to Vigorous Development and Effective Utilization of Coal Bed Gas;
山西省应注重煤层气的大力开发与有效利用