Metadata Catalog
| ID | 101 |
| Title | Mohe magnetometer data |
| Creator | Laishun Li |
| Subject | Mohe; magnetometer data |
| Publisher | Haiyong Xie |
| Description | The data sets are obtained from the Mohe observation station of Institute of Geology and Geophysics Chinese Academy of Sciences (IGGCAS).The first line is description information, including station code, data (MMMDDYY), day of the year, hour, geomagnetic component order, data type (R: report data, D : defined data), colatitude longitude, D component baseline The 2-31 lines are the minute value of HDZF. H is the horizontal intensity. D is the declination. Z is the vertical intensity. F is the total intensity. The unit of HZF is 0.1nT and the unit of D is 0.01 minute. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MagPublish&dStation=Mohe |
| DOI | 10.12197/2020ST101 |
| ID | 102 |
| Title | Beijing magnetometer data |
| Creator | Baoyuan Wu |
| Subject | Beijing; magnetometer data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are obtained from the Beijing observation station of Institute of Geology and Geophysics Chinese Academy of Sciences (IGGCAS).The first line is description information, including station code, data (MMMDDYY), day of the year, hour, geomagnetic component order, data type (R: report data, D : defined data), colatitude longitude, D component baseline The 2-31 lines are the minute value of HDZF. H is the horizontal intensity. D is the declination. Z is the vertical intensity. F is the total intensity. The unit of HZF is 0.1nT and the unit of D is 0.01 minute. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MagPublish&dStation=Beijing |
| DOI | 10.12197/2020ST102 |
| ID | 103 |
| Title | Sanya magnetometer data |
| Creator | Zhaoguo Huang |
| Subject | Sanya; magnetometer data |
| Publisher | Lianhuan Hu |
| Description | The data sets are obtained from the Sanya observation station of Institute of Geology and Geophysics Chinese Academy of Sciences (IGGCAS).The first line is description information, including station code, data (MMMDDYY), day of the year, hour, geomagnetic component order, data type (R: report data, D : defined data), colatitude longitude, D component baseline The 2-31 lines are the minute value of HDZF. H is the horizontal intensity. D is the declination. Z is the vertical intensity. F is the total intensity. The unit of HZF is 0.1nT and the unit of D is 0.01 minute. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MagPublish&dStation=Sanya |
| DOI | 10.12197/2020ST103 |
| ID | 104 |
| Title | Zhongshan magnetometer data |
| Creator | Baiqi Ning |
| Subject | Zhongshan; magnetometer data |
| Publisher | Lianhuan Hu |
| Description | The data sets are obtained from the Zhongshan Station in the Antarctica.The first line is description information, including station code, data (MMMDDYY), day of the year, hour, geomagnetic component order, data type (R: report data, D : defined data), colatitude longitude, D component baseline The 2-31 lines are the minute value of HDZF. H is the horizontal intensity. D is the declination. Z is the vertical intensity. F is the total intensity. The unit of HZF is 0.1nT and the unit of D is 0.01 minute. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MagPublish&dStation=Zhongshan |
| DOI | 10.12197/2020ST104 |
| ID | 201 |
| 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 |
| DOI | 10.12197/2020ST201 |
| ID | 202 |
| 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 |
| DOI | 10.12197/2020ST202 |
| ID | 203 |
| 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 |
| DOI | 10.12197/2020ST203 |
| ID | 204 |
| 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 |
| DOI | 10.12197/2020ST204 |
| ID | 205 |
| 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 |
| DOI | 10.12197/2020ST205 |
| ID | 206 |
| 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 |
| DOI | 10.12197/2020ST206 |
| ID | 207 |
| 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 |
| DOI | 10.12197/2020ST207 |
| ID | 208 |
| 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 |
| DOI | 10.12197/2020ST208 |
| ID | 209 |
| 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 |
| DOI | 10.12197/2020ST209 |
| ID | 210 |
| 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 |
| DOI | 10.12197/2020ST210 |
| ID | 211 |
| 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 |
| DOI | 10.12197/2020ST211 |
| ID | 212 |
| 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 |
| DOI | 10.12197/2020ST212 |
| ID | 213 |
| 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 |
| DOI | 10.12197/2020ST213 |
| ID | 301 |
| Title | Mohe upper atmospheric winds field data |
| Creator | Laishun Li |
| Subject | Mohe; upper atmospheric winds field data |
| Publisher | Haiyong Xie |
| Description | The data sets are the winds field in upper atmosphere from the Mohe observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data covers 24h local time and ranges from 70 to 110 km in altitude. The resolutions of the data are 1h in time and 2km in altitude. The data contains the zonal winds (east-west direction), the meridional winds (north-south direction), the error code etc. The error code equal to 0 indicates high reliability, while 1 indicates low reliability. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MetPublish&dStation=Mohe |
| DOI | 10.12197/2020ST301 |
| ID | 302 |
| Title | Beijing upper atmospheric winds field data |
| Creator | Baoyuan Wu |
| Subject | Beijing; upper atmospheric winds field data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the winds field in upper atmosphere from the Beijing observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data covers 24h local time and ranges from 70 to 110 km in altitude. The resolutions of the data are 1h in time and 2km in altitude. The data contains the zonal winds (east-west direction), the meridional winds (north-south direction), the error code etc. The error code equal to 0 indicates high reliability, while 1 indicates low reliability. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MetPublish&dStation=Beijing |
| DOI | 10.12197/2020ST302 |
| ID | 303 |
| Title | Wuhan upper atmospheric winds field data |
| Creator | Fengqin Li |
| Subject | Wuhan; upper atmospheric winds field data |
| Publisher | Lianhuan Hu |
| Description | The data sets are the winds field in upper atmosphere from the Wuhan observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data covers 24h local time and ranges from 70 to 110 km in altitude. The resolutions of the data are 1h in time and 2km in altitude. The data contains the zonal winds (east-west direction), the meridional winds (north-south direction), the error code etc. The error code equal to 0 indicates high reliability, while 1 indicates low reliability. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MetPublish&dStation=Wuhan |
| DOI | 10.12197/2020ST303 |
| ID | 304 |
| Title | Sanya upper atmospheric winds field data |
| Creator | Zhaoguo Huang |
| Subject | Sanya; upper atmospheric winds field data |
| Publisher | Lianhuan Hu |
| Description | The data sets are the winds field in upper atmosphere from the Sanya observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data covers 24h local time and ranges from 70 to 110 km in altitude. The resolutions of the data are 1h in time and 2km in altitude. The data contains the zonal winds (east-west direction), the meridional winds (north-south direction), the error code etc. The error code equal to 0 indicates high reliability, while 1 indicates low reliability. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=MetPublish&dStation=Sanya |
| DOI | 10.12197/2020ST304 |
| ID | 401 |
| Title | Mohe original GPS TEC data |
| Creator | Laishun Li |
| Subject | Mohe; original GPS TEC data |
| Publisher | Haiyong Xie |
| Description | The data sets are the original GPS observation of the Mohe observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC) in Mohe region. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Mohe |
| DOI | 10.12197/2020ST401 |
| ID | 402 |
| Title | Beijing original GPS TEC data |
| Creator | Baoyuan Wu |
| Subject | Beijing; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation of the Beijing observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC) in Beijing region. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Beijing |
| DOI | 10.12197/2020ST402 |
| ID | 403 |
| Title | Wuhan original GPS TEC data |
| Creator | Fengqin Li |
| Subject | Wuhan; original GPS TEC data |
| Publisher | Lianhuan Hu |
| Description | The data sets are the original GPS observation of the Wuhan observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC) in Wuhan region. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Wuhan |
| DOI | 10.12197/2020ST403 |
| ID | 404 |
| Title | Shaoyang original GPS TEC data |
| Creator | Baiqi Ning |
| Subject | Shaoyang; original GPS TEC data |
| Publisher | Lianhuan Hu |
| Description | The data sets are the original GPS observation of the Shaoyang observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC) in Shaoyang region. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Shaoyang |
| DOI | 10.12197/2020ST404 |
| ID | 405 |
| Title | Sanya original GPS TEC data |
| Creator | Zhaoguo Huang |
| Subject | Sanya; original GPS TEC data |
| Publisher | Lianhuan Hu |
| Description | The data sets are the original GPS observation of the Sanya observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC) in Sanya region. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Sanya |
| DOI | 10.12197/2020ST405 |
| ID | 406 |
| Title | Baoding original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Baoding; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Baoding |
| DOI | 10.12197/2020ST406 |
| ID | 407 |
| Title | Zibo original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Zibo; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Zibo |
| DOI | 10.12197/2020ST407 |
| ID | 408 |
| Title | Wuxi original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Wuxi; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Wuxi |
| DOI | 10.12197/2020ST408 |
| ID | 409 |
| Title | Chongyang original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Chongyang; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Chongyang |
| DOI | 10.12197/2020ST409 |
| ID | 410 |
| Title | Hanshou original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Hanshou; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Hanshou |
| DOI | 10.12197/2020ST410 |
| ID | 411 |
| Title | Ziyuan original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Ziyuan; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Ziyuan |
| DOI | 10.12197/2020ST411 |
| ID | 412 |
| Title | Kunming original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Kunming; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Kunming |
| DOI | 10.12197/2020ST412 |
| ID | 413 |
| Title | Guilin original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Guilin; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Guilin |
| DOI | 10.12197/2020ST413 |
| ID | 414 |
| Title | Beihai original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Beihai; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Beihai |
| DOI | 10.12197/2020ST414 |
| ID | 415 |
| Title | Chengmai original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Chengmai; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Chengmai |
| DOI | 10.12197/2020ST415 |
| ID | 416 |
| Title | Dongfang original GPS TEC data |
| Creator | Lianhuan Hu |
| Subject | Dongfang; original GPS TEC data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the original GPS observation. The data is RINEX format (v. 2.10) and recorded with 30 sec step. The data sets can be used to calculate ionospheric total electron conten (TEC). |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=GPSPublish&dStation=Dongfang |
| DOI | 10.12197/2020ST416 |
| ID | 501 |
| Title | Sanya scintillation data |
| Creator | Zhaoguo Huang |
| Subject | Sanya; scintillation data |
| Publisher | Xiukuan Zhao |
| Description | The data sets are the GNSS scintillation data of the Sanya observation station of Institute Geology and Geophysics Chinese Academy of Sciences (IGGCAS). The data are stored in txt format. |
| Identifier | http://www.geophys.ac.cn/dbList.asp?dType=Scintillation&dStation=Sanya |
| DOI | 10.12197/2020ST501 |