A Physical Numerical Ionospheric Model and Its Simulation Results
A Physical Numerical Ionospheric Model and Its Simulation Results
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DOI：
10.1088/0253-6102/41/5/795
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发表时间：
2004-05
影响因子：
3.1
通讯作者：
Zhang Man-Lian;Radicella Sandro M.;Shang Sheping
中科院分区：
文献类型：
--
作者：
Zhang Man-Lian;Radicella Sandro M.;Shang Sheping
本文描述了一个一维的时间相关的理论电离层模型的建设，这是基于数值解的连续性和动量方程，和NO+。该模型的目的是有一个选项，将观测到的电离层特征参数到数值模型，间接确定上边界条件时，解决O+的传输方程。对1998年4月18日至5月10日期间电离层平静期和扰动期的初步模拟结果表明，所建模式能够较好地再现平静期和扰动期的观测结果。
This paper describes the construction of a one-dimensional time-dependent theoretical ionospheric model, which is based on numerical solution of continuity and momentum equations for , and NO+. The model is designed to have an option to incorporate the observational ionospheric characteristic parameters into the numerical model to indirectly determine the upper boundary condition when solving the transport equations of O+. A preliminary simulation result of the model when used to simulate the ionosphere during April 18 ∼ May 10, 1998, which includes both quiet and disturbed periods, showed that the model constructed is able to reproduce the observational results reasonably well both for quiet and disturbed periods.