Electromagnetic waves produced by solar flares may disturb the ionosphere and interfere with radio signals , resulting in degraded communication quality 太阳耀斑放出的电磁波会引致电离层急剧变化，干扰无线电讯号，大大降低通讯的质素。
Electromagnetic waves produced by solar flares may disturb the ionosphere and interfere with radio signals , resulting in degraded communication quality 太阳耀斑放出的电磁波会引致电离层急剧变化，干扰无线电讯号，大大降低通讯的质素。
The gps data from crustal movement observation network of china ( cmonoc ) in a week time before and after the flare burst on july 14 , 2000 are analyzed 对2000年7月14日大耀斑爆发前后一周时间内，中国地壳运动观测网络的gps资料进行了分析。
The storm , the most disruptive to hit earth since 1989 , was unleashed by the fourth - most powerful solar flare ever seen , nasa said 美国国家航空航天局说，这次太阳磁暴是由迄今所见最强烈四个太阳耀斑释放，对地球的袭击也是自1989年以来最具有破坏性的一次。
The present methods of studying ionosphere and their characters are analyzed . meanwhile , the feasibility and advantage of studying the solar flare using gps are expounded 分析了当前研究电离层的方法及其特点，指出利用gps研究太阳耀斑的可能性及其优点。
In time periods shorter than a century , the most striking influences caused by the sun are associated with its magnetic activities such as flares and prominence 在一个世纪或以内的短时间内，太阳对地球的影响主要来自耀斑和日珥等太阳活动所造成的磁场变化。
The method of calculating the change rate of the vtec using phase data is introduced . with the help of this efficient method , the solar flare is analyzed in this thesis 介绍了利用载波相位观测值求解电子总量变化率的方法，并利用这种方法的计算结果对耀斑进行了分析。
Space weather originates from the sun . it generally refers to all solar activities such as sunspots and solar flares , and the effects they may have on the earth 太空天气又称空间天气源于太阳，它一般是指一切太阳活动，包括太阳黑子和太阳耀斑等，以及其为地球带来的影响。
Space weather originates from the sun . it generally refers to all solar activities such as sunspots and solar flares , and the effects they may have on the earth 太空天气（又称空间天气）源于太阳，它一般是指一切太阳活动，包括太阳黑子和太阳耀斑等，以及其为地球带来的影响。
This energy soon showered earth ' s upper atmosphere , tearing apart atoms in a region called the ionosphere to a greater depth than an ordinary solar flare and causing them to glow 这个能量很快显示到地球的外大气层，将在电离层中的原子击开，使它们发出比普通太阳耀斑使它们发的更亮的光。
