电离层

• To compensate , future civilian gps receivers will compare the time delays and , hence , the velocities of at least two signals
  为了补偿电离层的影响，未来的gps接收机将比较至少两种信号的时延和速度。
• The field that space environment contain is high - layer atmosphere , ionosphere , magnetic layer , interplanetary space and even sun
  涵盖的区域包括地球高层大气、电离层、磁层、行星际空间直至太阳。
• 2 . the ionosphere - weighted model is introduced into precise kinematic gps positioning to deal with the ionosphere over long - baselines
  针对中长基线中电离层延迟的影响，将电离层加权模型引入了动态测量。
• Like a boat trying to cut through the ocean waves , the induced magnetic fields pile up where the solar wind meets venus ' s ionosphere
  就像试图穿越海浪的船，诱发的磁场积蓄在太阳风与金星的电离层的交汇处。
• The ionosphere is a non - linear response system . different kinds of input will trigger different final perturbations
  电离层是一个非线性响应系统,不同触发因素作用后生成的输出扰动不同,因此对电波传播的影响也不同。
• Such waves radiate at the speed of light and are transmitted not only by line of sight but also by deflection from the ionosphere
  这种电磁波以光速传播，其传播方式不仅通过无线电直线传播，还可通过电离层的反射传播。
• This paper presents three - dimensional , global numerical simulations of the dynamic response of the earth ' s ionosphere to interplanetary shocks
  摘要本文就地球电离层对行星际激波的动力学响应进行三维全球数值模拟研究。
• Venus ' s ionosphere is highly conductive , and data taken by venus express suggest that the solar wind cannot penetrate it at any time
  金星的电离层具有很高的导电性，金星快车所采集的数据表明太阳风并非总能穿透电离层。