1.
Impacts of the Stratospheric Sudden Warming on the Stratospheric Circulation and Chemical Tracers
平流层爆发性增温中平流层环流及化学成分变化过程研究
2.
Dynamical Diagnoses and Analyses of the Northern Hemisphere Stratospheric Sudden Warming in Winter;
北半球冬季平流层爆发性增温的动力诊断分析
3.
A Dynamical Diagnosis of Stratospheric Sudden Warming in 2003-2004 Winter
2003～2004年冬季平流层爆发性增温动力诊断分析
4.
The Vertical Distribution Characteristics of Ozone during Stratospheric Sudden Warming
平流层爆发性增温过程中臭氧的垂直分布特征
5.
Study on the Dynamical Process of Stratospheric Sudden Warming and Its Effects on the Distribution of Trace Gases;
平流层爆发性增温的动力学过程及其对微量气体分布影响的研究
6.
The Determination of Strong SSW and the Analysis of Its Cause in the Winter in the Northern Hemisphere;
北半球冬季平流层强爆发性增温事件的确定及成因分析
7.
When turbulence breaks out, a fluid behaves as though its viscosity has suddenly increased.
湍流爆发时，流体显得其粘性突然增加了。
8.
The Indo-Pacific Ocean warm pool and the South China Sea summer monsoon onset
太平洋—印度洋暖池次表层水温与南海夏季风爆发
9.
Dynamical Characteristics Comparison between 2002/2003 and 2003/2004 Stratospheric Sudden Warming
2002/2003年与2003/2004年冬季爆发性增温期间的动力特征
10.
Effects on Sporadic E Layer of the Leonid Meteor Shower Bursting
狮子座流星雨爆发对偶发E层的影响
11.
Study on Uncovering Low Permeable Coal Seam Through Cross Cut by Deep-hole Blasting Technology to Increase Permeability of Coal Seam;
石门揭穿低透气性煤层深孔爆破增透技术研究
12.
Practice on Relieving Shot Controlled by Borehole and Increasing Air Permeability Coefficient of Seam
钻孔控制卸压爆破增加煤层透气性系数的实践
13.
The altitude of maximum temperature is called the stratopause.
极大值温度的高度称为平流层顶。
14.
A Comparison between Two Kinds of Reanalysis Data in the Stratospheric Temperature;
两种再分析资料平流层温度场的比较
15.
an epidemic outbreak of influenza.
流行性感冒的爆发性蔓延。
16.
The damage output of both players and NPCs should now increase more smoothly rather than receiving a sharp boost every ten levels.
*玩家和NPC的伤害输出现在提升的更为平稳而不是象以前一样每十级有一个爆发性的增加!
17.
How serious is the current pandemic risk?
目前爆发全球型流感的危险性如何？
18.
At predetermined temperature trigger-points the cooling current is increased.
在预定的温度触发点上，冷却电流增大。