Chinese Geophysical Data Center, World Data Center. 世界数据中心 中国地球物理分中心

Metadata Catalog


♦ Magnetometer data    ♦ Ionosonde data    ♦ Meteor radar data    ♦ GPS data  

ID 5
Title Mohe ionospheric characteristic parameters data
Creator Laishun Li
Subject Mohe; ionoshperic characteristic parameters data
Publisher Haiyong Xie
Description The data sets are the ionospheric characteristic parameters from the Mohe observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Mohe

ID 6
Title Beijing ionospheric characteristic parameters data
Creator Shoumin Chang
Subject Beijing; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Beijing observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Beijing

ID 7
Title Beijing ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Beijing; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Beijing observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Beijing

ID 8
Title Wuhan ionospheric characteristic parameters data
Creator Fengqin Li
Subject Wuhan; ionoshperic characteristic parameters data
Publisher Lianhuan Hu
Description The data sets are the ionospheric characteristic parameters from the Wuhan observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Wuhan

ID 9
Title Shaoyang ionospheric characteristic parameters data
Creator Baiqi Ning
Subject Shaoyang; ionoshperic characteristic parameters data
Publisher Lianhuan Hu
Description The data sets are the ionospheric characteristic parameters from the Shaoyang observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Shaoyang

ID 10
Title Sanya ionospheric characteristic parameters data
Creator Zhaoguo Huang
Subject Sanya; ionoshperic characteristic parameters data
Publisher Lianhuan Hu
Description The data sets are the ionospheric characteristic parameters from the Sanya observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Sanya

ID 11
Title Changchun ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Changchun; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Changchun observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Changchun

ID 12
Title Chongqing ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Chongqing; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Chongqing observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Chongqing

ID 13
Title Guangzhou ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Guangzhou; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Guangzhou observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Guangzhou

ID 14
Title Haikou ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Haikou; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Haikou observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Haikou

ID 15
Title Lanzhou ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Lanzhou; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Lanzhou observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Lanzhou

ID 16
Title Manzhouli ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Manzhouli; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Manzhouli observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Manzhouli

ID 17
Title Urumqi ionospheric characteristic parameters data
Creator China Research Institute of Radio Wave Propagation
Subject Urumqi; ionoshperic characteristic parameters data
Publisher Xiukuan Zhao
Description The data sets are the ionospheric characteristic parameters from the Urumqi observation station of China Research Institute of Radio Wave Propagation. The data sets are obtained from manual-scaled ionograms which are recorded with 1 hour step. These parameters include foF2 (F2 layer critical frequency), hmF2 (peak height of F2 layer), B0 (IRI thickness parameter), B1 (IRI profile shape parameter), hpF (minimum virtual height of F trace), foE (E layer critical frequency), fmin (minimum frequency of ionogram echoes), M3000F2 (MUF(3000)/foF2), foF1 (F1 layer critical frequency), foEs (Es layer critical frequency), and hpEs (minimum virtual height of Es trace).
Identifier http://www.geophys.ac.cn/dbList.asp?dType=IonoPublish&dStation=Urumqi