电离层空间天气

作者: [英] Ljiljana R. Cander(莉莉亚娜·R. 坎德

出版社: 电子工业出版社

出版时间: 2023-03

版次: 1

ISBN: 9787121453427

定价: 99.00

装帧: 其他

页数: 220页

分类: 工程技术

3人买过

本书介绍了由空间天气事件和太阳条件变化所产生的电离层扰动、电离层暴、波动和不规则体，介绍了电离层基础数据的采集分发机制和多种预测方法，并基于最近几个太阳活动周期内的电离层垂测数据和GNSS 观测数据，分析了欧洲地区电离层在正常和极端条件下的主要特征。本书提供了珍贵而丰富的数据实例，可帮助读者深入了解电离层空间天气。 Ljiljana R. Cander，美国电磁科学学会会士，英国科学技术设施委员会(Science and Technology Facilities Council，STFC)卢瑟福阿普尔顿实验室(Rutherford Appleton Laboratory，RAL)访问科学家，长期从事空间科学、地球物理学等方面的研究工作。

Ljiljana R. Cander，美国电磁科学学会会士，英国科学技术设施委员会(Science and Technology Facilities Council，STFC)卢瑟福阿普尔顿实验室(Rutherford Appleton Laboratory，RAL)访问科学家，长期从事空间科学方面的研究工作。第 1 章绪论 ····································································································1

1.1 背景····································································································.2

1.2 内容安排······························································································.4

参考文献和补充书目 ·····················································································.7

第 2 章日地关系 ······························································································9

2.1 地球磁层与太阳的相互作用 ·····································································.9

2.2 磁层-电离层相互作用···········································································.13

2.3 电离层-大气层耦合··············································································.16

参考文献和补充书目 ···················································································.18

第 3 章空间天气成因和效应 ············································································.20

3.1 主要空间天气成因 ···············································································.20

3.2 主要空间天气效应 ···············································································.30

3.3 空间天气和地球电离层 ·········································································.33

参考文献和补充书目 ···················································································.39

第 4 章电离层变化性 ·····················································································.42

4.1 地球电离层气候学 ···············································································.42

4.2 D 层和 E 层扰动 ··················································································.48

4.3 F 层扰动 ····························································································.50

4.4 电离层噪声·························································································.51

4.5 日食期间 TEC 突然降低 ········································································.64

参考文献和补充书目 ···················································································.67

第 5 章电离层暴形态 ·····················································································.70

5.1 太阳周期形态······················································································.70

5.2 季节形态····························································································.79

5.3 每日形态····························································································.84

5.4 小磁暴形态·························································································.94

5.5 电离层暴形态的起源 ············································································.97

参考文献和补充书目 ···················································································103

第 6 章电离层空间天气预报和建模 ·································································.105

6.1 基于 STIF 工具统计预报········································································105

6.2 基于趋势线统计预报 ···········································································.116

6.3 基于人工神经网络动态预报 ··································································.120

6.4 电离层空间天气建模 ············································································130

参考文献和补充书目 ···················································································134

第 7 章电离层不规则体和波动 ·······································································.137

7.1 电离层不规则体和大气波动 ··································································.137

7.2 大尺度不规则体 ··················································································140

7.3 中尺度不规则体 ··················································································147

7.4 观测和建模·························································································148

参考文献和补充书目 ···················································································148

第 8 章电离层空间天气与电波传播 ·································································.150

8.1 电离层空间天气与 RF 系统 ······················································
内容简介:
本书介绍了由空间天气事件和太阳条件变化所产生的电离层扰动、电离层暴、波动和不规则体，介绍了电离层基础数据的采集分发机制和多种预测方法，并基于最近几个太阳活动周期内的电离层垂测数据和GNSS 观测数据，分析了欧洲地区电离层在正常和极端条件下的主要特征。本书提供了珍贵而丰富的数据实例，可帮助读者深入了解电离层空间天气。
作者简介:
Ljiljana R. Cander，美国电磁科学学会会士，英国科学技术设施委员会(Science and Technology Facilities Council，STFC)卢瑟福阿普尔顿实验室(Rutherford Appleton Laboratory，RAL)访问科学家，长期从事空间科学、地球物理学等方面的研究工作。

Ljiljana R. Cander，美国电磁科学学会会士，英国科学技术设施委员会(Science and Technology Facilities Council，STFC)卢瑟福阿普尔顿实验室(Rutherford Appleton Laboratory，RAL)访问科学家，长期从事空间科学方面的研究工作。
目录:
第 1 章绪论 ····································································································1

1.1 背景····································································································.2

1.2 内容安排······························································································.4

参考文献和补充书目 ·····················································································.7

第 2 章日地关系 ······························································································9

2.1 地球磁层与太阳的相互作用 ·····································································.9

2.2 磁层-电离层相互作用···········································································.13

2.3 电离层-大气层耦合··············································································.16

参考文献和补充书目 ···················································································.18

第 3 章空间天气成因和效应 ············································································.20

3.1 主要空间天气成因 ···············································································.20

3.2 主要空间天气效应 ···············································································.30

3.3 空间天气和地球电离层 ·········································································.33

参考文献和补充书目 ···················································································.39

第 4 章电离层变化性 ·····················································································.42

4.1 地球电离层气候学 ···············································································.42

4.2 D 层和 E 层扰动 ··················································································.48

4.3 F 层扰动 ····························································································.50

4.4 电离层噪声·························································································.51

4.5 日食期间 TEC 突然降低 ········································································.64

参考文献和补充书目 ···················································································.67

第 5 章电离层暴形态 ·····················································································.70

5.1 太阳周期形态······················································································.70

5.2 季节形态····························································································.79

5.3 每日形态····························································································.84

5.4 小磁暴形态·························································································.94

5.5 电离层暴形态的起源 ············································································.97

参考文献和补充书目 ···················································································103

第 6 章电离层空间天气预报和建模 ·································································.105

6.1 基于 STIF 工具统计预报········································································105

6.2 基于趋势线统计预报 ···········································································.116

6.3 基于人工神经网络动态预报 ··································································.120

6.4 电离层空间天气建模 ············································································130

参考文献和补充书目 ···················································································134

第 7 章电离层不规则体和波动 ·······································································.137

7.1 电离层不规则体和大气波动 ··································································.137

7.2 大尺度不规则体 ··················································································140

7.3 中尺度不规则体 ··················································································147

7.4 观测和建模·························································································148

参考文献和补充书目 ···················································································148

第 8 章电离层空间天气与电波传播 ·································································.150

8.1 电离层空间天气与 RF 系统 ······················································

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电离层空间天气

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