位置：成果数据库 > 期刊 > 期刊详情页
Statistical analysis and model of spread F occurrence in China.
  • ISSN号：1674-7321
  • 期刊名称：Science in China - Series E: Technological Science
  • 时间：0
  • 页码：1725-1731
  • 相关项目：极区夏季中层顶尘埃等离子体雷达探测研究
作者： T Xu|ZS Wu|YL Hu|J Wu|YC Suo|J Feng|
同期刊论文项目
极区夏季中层顶尘埃等离子体雷达探测研究
期刊论文 47 会议论文 19
同项目期刊论文
极区夏季中间层顶尘埃颗粒的生长及数密度分布
高纬极区电离层离子分布函数的多项式解
离子分布函数的20矩近似及其在非相干散射谱中的应用
The relation between the reflectivity and frequency in dusty plasma of polar summer mesopause
Application of 20-moment approximation for ion velocity distribution function in calculations of inc
Ionospheric tomography by combining vertical and oblique ionograms with TEC retrieved from a tri-ban
Experimental studies of plasma sheath near meshes of different transmissivity
PMSE 人工电子加热和过冲实验的初步研究
Observations of the heating experiments in the polar winter ionosphere
GPS信号在极区夏季中层顶PMSE尘埃层的衰减分析
Ionospheric tomography of small-scale disturbances with a tri-band beacon: a numerical study
raveling electric field probed by a fine particle above voltage-modulated strips in a striped electr
Re°ection Characteristics of Layered Media in Polar Mesopause
等离子体扩散流中金属平板上下游的鞘层结构
Evolution of small scale density perturbations of plasma and charged aerosol particles in PMSE layer
The inversion of incoherent scatter spectra with a non-Maxwellian electron distribution
Small scale structures of a mesospheric dusty plasma
2009年夏季极区电离层加热实验观测研究
高纬极区电离层中离子声波谱线增强的解释
Giant disturbance in the ionospheric F2 region prior to the M8.0 Wenchuan earthquake
极区夏季中层顶区域尘埃等离子体参数的研究
PMSE人工电子加热和过冲实验的初步研究
我国极区冬季电离层加热实验研究
热流效应对场向电流确定的影响
16-moment approximation for ion velocity distribution and its application in calculations of incoher
极区中层夏季回波火箭探空观测的个例分析
等离子体中热阴极鞘层的结构
碰撞等离子体的非相干散射谱
Incoherent scatter spectra due to HF heating in the low ionosphere region
极区夏季中层顶尘埃分层的锐边界结构研究
Theory of void formation in dusty plasmas
麦克斯韦分子碰撞下的离子分布函数及其非相干散射谱的计算
极区电离层加热的数值模拟与实验对比
Heat-induced temperature enhancement in the polar summer ionosphere
Analysis of incoherent scatter during ionospheric heating near the fifth electron gyrofrequency