包郵電離層空間天氣

作者：（英）LjiljanaR.Cander（

出版社：電子工業出版社出版時間：2023-03-01

開本：其他頁數： 220

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電離層空間天氣版權信息

ISBN：9787121453427
條形碼：9787121453427 ; 978-7-121-45342-7
裝幀：平塑勒
冊數：暫無
重量：暫無
所屬分類：
工業技術
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一般性問題

電離層空間天氣內容簡介

本書介紹了由空間天氣事件和太陽條件變化所產生的電離層擾動、電離層暴、波動和不規則體，介紹了電離層基礎數據的采集分發機制和多種預測方法，并基于*近幾個太陽活動周期內的電離層垂測數據和GNSS 觀測數據，分析了歐洲地區電離層在正常和特別條件下的主要特征。本書提供了珍貴而豐富的數據實例，可幫助讀者深入了解電離層空間天氣。

電離層空間天氣目錄

第 1 章緒論 ····································································································1
1.1 背景····································································································.2
1.2 內容安排······························································································.4
參考文獻和補充書目 ·····················································································.7
第 2 章日地關系 ······························································································9
2.1 地球磁層與太陽的相互作用 ·····································································.9
2.2 磁層-電離層相互作用···········································································.13
2.3 電離層-大氣層耦合··············································································.16
參考文獻和補充書目 ···················································································.18
第 3 章空間天氣成因和效應 ············································································.20
3.1 主要空間天氣成因 ···············································································.20
3.2 主要空間天氣效應 ···············································································.30
3.3 空間天氣和地球電離層 ·········································································.33
參考文獻和補充書目 ···················································································.39
第 4 章電離層變化性 ·····················································································.42
4.1 地球電離層氣候學 ···············································································.42
4.2 D 層和 E 層擾動 ··················································································.48
4.3 F 層擾動 ····························································································.50
4.4 電離層噪聲·························································································.51
4.5 日食期間 TEC 突然降低 ········································································.64
參考文獻和補充書目 ···················································································.67
第 5 章電離層暴形態 ·····················································································.70
5.1 太陽周期形態······················································································.70
5.2 季節形態····························································································.79
5.3 每日形態····························································································.84
5.4 小磁暴形態·························································································.94
5.5 電離層暴形態的起源 ············································································.97
參考文獻和補充書目 ···················································································103
第 6 章電離層空間天氣預報和建模 ·································································.105
6.1 基于 STIF 工具統計預報········································································105
6.2 基于趨勢線統計預報 ···········································································.116
6.3 基于人工神經網絡動態預報 ··································································.120
6.4 電離層空間天氣建模 ············································································130
參考文獻和補充書目 ···················································································134
第 7 章電離層不規則體和波動 ·······································································.137
7.1 電離層不規則體和大氣波動 ··································································.137
7.2 大尺度不規則體 ··················································································140
7.3 中尺度不規則體 ··················································································147
7.4 觀測和建模·························································································148
參考文獻和補充書目 ···················································································148
第 8 章電離層空間天氣與電波傳播 ·································································.150
8.1 電離層空間天氣與 RF 系統 ······················································

展開全部

電離層空間天氣作者簡介

Ljiljana R. Cander，美國電磁科學學會會士，英國科學技術設施委員會(Science and Technology Facilities Council，STFC)盧瑟福阿普爾頓實驗室(Rutherford Appleton Laboratory，RAL)訪問科學家，長期從事空間科學、地球物理學等方面的研究工作。
Ljiljana R. Cander，美國電磁科學學會會士，英國科學技術設施委員會(Science and Technology Facilities Council，STFC)盧瑟福阿普爾頓實驗室(Rutherford Appleton Laboratory，RAL)訪問科學家，長期從事空間科學方面的研究工作。

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