1.
Global MHD Simulation of Interaction between Interplanetary Shocks and Magnetosphere;
行星际激波与地球磁层作用的全球MHD数值模拟
2.
Responses of properties in the plasma sheet and at the geosynchronous orbit to interplanetary shock
磁尾等离子体片和地球同步轨道区域对行星际激波的响应
3.
Interaction between interplanetary shock and corotating high speed stream studied by a 3-D kinematic method
用三维运动学模型研究行星际激波与共转高速流的相互作用
4.
Study on the Interplanetary-Flux-Rope's Structures and Analysis to the Shock-Transit-Time Forecasting Method
行星际磁通量绳结构研究与激波渡越时间预报方法分析
5.
The expanding ejecta drive an outward-moving shock wave that races ahead of the ejecta into the interstellar gas (bright outer rim).
膨胀的抛出物驱动着外行激波，领先于抛出物冲入星际气体（明亮的外缘）。
6.
planetary and interplanetary probe
行星和行星际探测器
7.
These filaments reveal where the shock wave is encountering lower-density, more uniform interstellar material.
纤维揭示的是激波与更均匀的低密度星际物质相遇的地方。
8.
In terms of density, the voyage from interplanetary to intergalactic space is more drastic than going from water into air.
以密度来说，从行星际到星系际空间的旅行，比从水进入空气中还激烈。
9.
International Interplanetary Space Travel Research Association
国际星际航行研究协会
10.
theory of the motion of interplanetary vehicle
行星际飞行器运动理论
11.
travelling wave maser
行波微波激射器行波量子放大器
12.
an interplanetary journey in a space ship
乘太空船作星际旅行
13.
travelling-wave semiconductor laser amplifier
行波半导体激光放大器
14.
Impact of Planetary Wave on the Stratospheric Residual Circulation
行星波波动对平流层剩余环流的影响
15.
The Numerical Study of Seasonal and Interannual Variabilities of Ozone due to Planetary Wave Transport in the Middle Atmosphere Part──Ⅰ. The Case of Steady Mean Flows
中层大气行星波在臭氧的季节和年际变化中输运作用的数值研究──Ⅰ．常定流的情况
16.
Characteristics of the Propagation and Evolution of Interplanetary Coronal Mass Ejections in the Heliosphere;
行星际日冕物质抛射在行星际空间的传播和演化规律
17.
Concentration upon the Pole-Star will give knowledge of the orbits of the planets and the stars.
冥想于北极星就会得到行星运行轨道的星际知识。
18.
Basic Study on Coherence of the Satellite Echoes of Laser;
激光经卫星反射的回波的相干性初步研究