1.
The Study of Low-frequency Oscillation in Tibetan Plateau and the Occurrence and Evolution of Plateau Low Vortices;
青藏高原大气低频振荡与高原低涡的发生发展
2.
Mechanism of the Interaction between Plateau Vortex and Southwest Vortex During a Heavy Rain Event
一次大暴雨过程中高原低涡与西南低涡相互作用机制探讨
3.
Analysis on the Dynamic Structure of Vortex Moving out of the Tibetan Plateau
高原低涡移出高原的动力结构特征分析
4.
Numerical Tests on Impact of Southwest Airflow upon Tibetan Vortex Migration
南支气流对高原低涡移出高原影响的数值试验
5.
A Dynamic Study of the Development Mechanism for Vortices Formed over the Tibetan Plateau;
青藏高原低涡发生发展机制的动力学研究
6.
The dynamic diagnosis on easterwards moving characteristics and developing mechanism of two Tibetan Plateau vortex processes
两次高原低涡东移特征及发展机制动力诊断
7.
The Observational Analysis of Shear Line and Low Vortex over the Tibetan Plateau in Summer from 2000 to 2007
2000—2007年夏季青藏高原低涡切变线观测事实分析
8.
Diagnosis of Effect of Southwesterlies on Tibetan Vortex Moving East
南支气流对高原低涡移出青藏高原影响的诊断分析
9.
A Case Study of Plateau Vortex Moving East Ward with Heavy Rainfalls Based on Helicity and Non-Geostrophic Wet Q-Vector
基于螺旋度和非地转湿Q矢量的一次东移高原低涡强降水过程分析
10.
A Case Numerical Study on the Evolution of the Low Vortex and Shear-line on the East Side of the Plateau Ⅱ. Mesoscale Numerical Simulation
高原东侧低涡切变线发展的个例数值研究──Ⅱ．中尺度数值模拟
11.
The combined process treatment of vortex electrocoagulation and contact filtration
涡流电凝聚—接触过滤工艺处理低浊度原水
12.
Correction Computation of Engine Turbocharging Efficiency under Plateau Conditions
高原发动机涡轮增压的效率修正计算
13.
Diagnostic Analysis of Vorticity in a Heavy Rain Event under Interaction of Plateau Vortex and Southwest Vortex
高原涡与西南涡相互作用暴雨天气过程的诊断分析
14.
Research on low cycle-multiaxial fatigue-creep life prediction at high temperature for turbine blade
涡轮叶片高温多轴低周疲劳/蠕变寿命研究
15.
An experimental study on the low cycle fatigue behaviors of GH4033 for turbine laminae at elevated tempertures
涡轮叶片用GH4033高温低周疲劳特性实验研究
16.
Analysis of a Plateau Vortex Rainstorm in Western and Southern Shaanxi
陕西西南部一次高原涡大暴雨成因分析
17.
Utmost efficiency in the design and manufacture, of turbomachinery is a prime competitive factor.
在涡轮机设计和制造中,效率高低是最主要的竞争因素。
18.
Effects of Turbulent Atmosphere Low-order Aberrations on the Focusing Vortex Carrying Gaussian Beam
湍流大气低阶像差对聚焦高斯涡旋光束焦面光强的影响