日冕例句翻译_句库

1.solar corona

日冕收藏指正

2.periodic variation of corona

日冕周期变化收藏指正

3.coronal forbidden lines

日冕禁线收藏指正

4.On the Corona Problem

关于corona(日冕)问题收藏指正

5.coronal optical polarization

日冕光学偏振收藏指正

6.radio wave scattering of the solar corona

日冕的电波散射收藏指正

7.The puzzle of Corona′s temperatures

日冕高温之谜收藏指正

8.Progress in Space Observations of the Corona

空间日冕观测进展收藏指正

9.On the other hand, all the material in the transversal sheet comes from the corona and produces a high-temperature coronal loop.

横向电流片的物质则全部来自日冕,从而形成高温日冕环。收藏指正

10.Acceleration of Bidirectional Eletron Beams in Corona

关于日冕双向电子束的加速问题收藏指正

11.In this paper the author expound mainly the current status in the research of solar quiet corona, coronal holes and heating mechanism of corona.

主要论述宁静日冕和冕洞，以及日冕加热问题的研究现状。收藏指正

12.THE PLASMA WAKE FIELD BY SOLAR HIGHENERGY ELECTRONS IN SOLAR CORONA

日冕背景下的等离子体尾场效应收藏指正

13.From the significance of the observation and research of the solar corona, the necessity of setting up the observation of the solar corona at the Yunnan Observatory is explained in this present article.

本文从日冕观测和研究的意义出发,说明云南天文台建立日冕观测的必要性。收藏指正

14.A MODEL FOR THE SOLAR WIND AND CORONA WITH ENMRGY SUPPLIED BY HIGH FREQUENCY ALFVEN WAVES

高频Alfven波供能的日冕及太阳风模型收藏指正

15.POLARIZATION OBSERVATION OF THE SOLAR CORONA AT THE SOLAR ECLIPSE OF 1968 SEPTEMBER 22.

1968年9月22日日食的日冕偏振观测收藏指正

16.Polarization Observation of White Light Corona during the Total Solar Eclipse on 2006 March 29

2006年3月29日日全食白光日冕偏振测量(英文)收藏指正

17.Solar Radio Type Ⅱ Burst in the Corona and Interplanetary Medium

日冕和行星际空间中的太阳射电Ⅱ型爆发收藏指正

18.ION-CYCLOTRON-RESONANCE HEATING MECHANISM OF THE HELY IONS IN LOWER SOLAR POLAR CORONA

太阳极区低日冕重离子的回旋波加热机制收藏指正

19.In different initial corona, this paper simulates the coronal response to new magnetic flux eruption and thermal energy release at the coronal base.

本文从MHD方程组出发,在不同的初态日冕中,数值模拟了日冕底部新磁通量喷发和热压力扰动两种驱动机制的日冕响应.收藏指正

20.We show that both the preevent corona and the driving mechanism are important in the formation and evolution of CMEs.

结果表明,初态日冕和驱动机制对日冕物质抛射的形成及演化都有重要影响.收藏指正