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申请数据	火星磁强计（MOMAG）2C级数据多光谱相机（MSCam）2B级数据火星矿物光谱分析仪（MMS）2B级数据高分辨率相机（HiRIC）2B级数据中分辨率相机（MoRIC）2C级数据火星能量粒子分析仪（MEPA）2B级数据火星离子与中性粒子分析仪（MINPA）2B级数据导航地形相机（NaTeCam）2C级数据火星表面磁场探测仪（RoMAG）2C级数据火星气象测量仪（MCS）2C级数据火星车次表层探测雷达（RoPeR）2C级数据火星表面成分探测仪（MarSCoDe）2B级数据高分辨率相机（HiRIC）DIM影像数据高分辨率相机（HiRIC）DEM地形数据环绕器次表层探测雷达（MOSIR）2B级数据
目的用途
预期成果

Tianwen-1

TianWen-1

Tianwen-1 mission is the first mission to explore Mars in China, and China become the first nation to orbit, land, release a rover, and deploy smallsats during its first foray into Martian space. Tianwen-1 consisting of 3 parts: an orbiter, lander and the Zhurong rover. The mission was launched from the Wenchang Spacecraft Launch Site on 23 July 2020 on a Long March 5 heavy-lift launch vehicle. After seven months of transit through the inner Solar System, the spacecraft entered Martian orbit on 10 February 2021. For the next three months the probe studied the target landing sites from a reconnaissance orbit. On 15 May 2021, the lander/rover portion of the mission successfully touched down on Mars.

The mission's scientific objectives include: investigation of Martian surface geology and internal structure, search for indications of current and past presence of water, and characterization of the space environment and the atmosphere of Mars. In order to complete the scientific task, it carries 13 scientific instruments, Moderate Resolution Imaging Camera, High Resolution Imaging Camera, Mars Orbiter Scientific Investigation Radar, Mars Mineralogical Spectrometer, Mars Orbiter Magnetometer, Mars Ion and Neutral Particle Analyzer, Mars Energetic Particles Analyzer onboard orbiter, and Navigation and Terrain Camera, Multispectral Camera, Mars Rover Penetrating Radar, Mars Surface Composition Detector, Mars Rover Magnetometer, Mars Climate Station onboard rover.

根据嫦娥五号数据的处理情况及相关的政策法规，对嫦娥五号3个有效载荷相关级别的科学数据产品进行了发布，共发布数据文件112529个数据文件，数据总量3319756.15MB。

各载荷科学数据的详细发布情况如下：

载荷名称	发布级别	文件数	数据量
MoRIC	DOM-Global-Chart-76m	36	81029.73MB
MoRIC	DOM-Global-76m	1	47132.18MB
HiRIC	LandingSite-DEM-3.5m	1	1065.24MB
	LandingSite-DIM-0.7m	16	7391.11MB
	2B	524	307745.90MB
	2B	524	306139.08MB
	2B	524	303516.64MB
	2B	5400	52174.23MB
	2B	562	1810.49MB
	2B	4142	353461.12MB
	2B	3784	16962.16MB
	2B	52	12.62MB
	2B	3862	149296.11MB
	2B	72	981.80MB
	2B	148	157506.80MB
	2B	18	1.33MB
	2B	2622	326401.10MB
	2B	20	251.91MB
	2C	2378	9020.78MB
	2C	3766	293773.87MB
	2C	73473	883217.97MB
	2B	352	1506.32MB
	2B	188	170.26MB
	2B	124	124.47MB
	2B	118	0.91MB
	2B	158	1.59MB
	2B	2	0.02MB
	2C	222	46.24MB
	2C	128	3.33MB
	2B	48	192.22MB
	2B	98	6.59MB
	2B	5152	346.28MB
	2C	1310	7864.93MB
	2C	1310	7864.93MB
	2C	304	82.06MB
	2C	218	595.76MB
	2C	218	595.75MB
	2C	218	595.86MB
	2C	218	595.81MB
	2C	218	270.68MB

The ground application system defines and explains the released standard data products of the first Mars exploration mission, which can be served as the basis for the use of standard data products.

1.Abbreviation

Table 1-1: Scientific instrument abbreviation list

Plantform	Chinese name	English name	Abbreviation
Orbiter	高分辨率相机	High Resolution Imaging Camera	HiRIC
	中分辨率相机	Moderate Resolution Imaging Camera	MoRIC
	火星矿物光谱分析仪	Mars Mineralogical Spectrometer	MMS
	环绕器次表层探测雷达	Mars Orbiter Scientific Investigation Radar	MOSIR
	火星离子与中性粒子分析仪	Mars Ion and Neutral Particle Analyzer	MINPA
	火星能量粒子分析仪	Mars Energetic Particles Analyzer	MEPA
	火星磁强计	Mars Orbiter Magnetometer	MOMAG
Rover	导航地形相机	Navigation and Terrain Camera	NaTeCam
	火星车次表层探测雷达	Mars Rover Penetrating Radar	RoPeR
	火星表面成分探测仪	Mars Surface Composition Detector	MarSCoDe
	火星气象测量仪	Mars Climate Station	MCS
	多光谱相机	Multispectral Camera	MSCam
	火星表面磁场探测仪	Mars Rover Magnetometer	RoMAG

2.Scientific data product classification

The ground application system preprocesses the detection data of the scientific instrument carried by Tianwen-1, and produces standard data of various levels. The scientific data products released are level 2B or 2C.

Table 2-1: Definitions of the scientific data level

Level	title	Data processing description
Frame data	RAW	The downlink data are processed by local stations for demodulation, frame synchronization, descrambling, and RS decoding to form data with complete structure and byte-aligned data. It is the preprocessed input data.
0级数据	Level 0A	Level 0A, is source packet data that received at a single ground station for each payload
0级数据	Level 0B	Level 0B, is on the basis of level 0A, after deduplicating, uncompressing, sorting by acquisition time and frame number, then combine into complete data.
1级数据	Level 1	Level 1 data is generated, on the basis of Level 0B, after numerically converting temperature, voltage, current and other instrument parameters, and reorganizing according to observation cycles.
2级数据	Level 2A	Level 2A data created after correction using calibration results on the basis of level 1.
	Level 2B	Level 2B added geometric information base on level 2A
	Level 2C	Level 2C processed according to the needs of each scientific instrument based on level 2B.

3.Data file naming

The naming specification of CE-5 data product is as follow：

HXX_st_pl_ty_dc_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.lv.Fields separated by ‘_’ mean.

3.1 Mission

HX1: mission identification, HX1-Or means Tianwen-1Orbiter, HX1-Ro means Tianwen-1 Rover..

3.2 Ground station

St means data source (ground station)，including GRAS and BACC；the st of lever 2B, 2C all are GRAS.

3.3 Scientific instrument

Pl means the abbreviation of scientific instruments，then added work mode and data number.

For example: MoRIC-F-001means the 1st image of MoRIC in full frame mode.。

The pl means can be check in Table 1.

3.4 Data products type

Ty means the type of data products：SCI—scientific data.

3.5 Time characteristic of data

dc means time characteristic of data:

R——Real-time data;

P——Playback data;

N——Indistinguishable data (mixed data).

3.6 Start time and end time

The start time and end time all are UTC, yyyymmddhhmiss means the start time, yyyy means year, mm means month, dd means day, hh means hour, mi means minute, ss means second.

YYYYMMDDHHMISS means the end time, YYYY means year, MM means month, DD means day, HH means hour, MI means minute, SS means second.

The start and end time of the level 2 data file is the time of the first record and the time of the last record in the data file. If the data is a single image, the start time and end time are the same, which is the actual acquisition time of this image.

3.7 Detection cycle number

In level 2 data, the 0b means detection cycle number, the value is 00001-99999.

3.8 Product version

ver means product version, from A to Z, the first version is A, the last version is Z.

3.9 Product level

lv means product level:

All levels of scientific data or auxiliary data suffix are 2B or 2C.

Corresponding PDS tag file suffixes are 2BL or 2CL.

4.Data product format description

The standard data product for the first Mars exploration mission was designed based on the Version 1.12.0 of the Planetary Data System Standards Reference published on the website in June 2019. Level 2 data products are stored in accordance with the specification Planetary Data System Standards Reference (Version 1.12.0, April, 2019), and the metadata information in the data label adopts the PDS data dictionary PDS4 Data Dictionary: Abridged-Version" 1.12.0.0. The following is a description of the released level 2 data products.

4.1 Level 2 data product structure

Level 2 data products consist of two parts: data label and data objec:

1)A data product contains only one data label, but it can contain multiple data objects;
2)Data tags and data objects are stored as separate files;
3)The data label adopts the file of XML format.
4)Scientific data is expressed as data objects. The TW-1 mission includes six types of data including image data, spectral data, radar detection data, magnetic field detection data, space environment detection data, and sound data.

4.1.1 MOSIR data storage structure

Each level 2B data product includes a data label and a Table_Binary type data object for storing scientific data and geometric positioning information.

Table 4-1：MOSIR data storage structure description

product	Scientific data	tag
Level 2B	Table_Binary	XML

4.1.2 MINPA data storage structure

Each level 2B data product includes a data label and a Table_Character type data object for storing scientific data and geometric positioning information.

Table 4-2：MINPA data storage structure description

product	Scientific data	tag
Level 2B	Table_Character	XML

4.1.3 NaTeCam data storage structure

Each level 2C data product includes a data tag and an Array_3D_Image type data object for storing color images, the content of the frame header information and geometric positioning information.

Table 4-3：NaTeCam data storage structure description

product	Scientific data	tag	Array dimension
Level 2C	Array_3D_Image	XML	Line, column, color

4.1.4 RoPeR data storage structure

Each level 2B data product includes a data tag and a Table_Binary type data object for storing scientific data and geometric positioning information such as the position and attitude of the rover, and the landing point location information.

Table 4-4：RoPeR data storage structure description

product	Scientific data	tag
Level 2B	Table_Binary	XML

4.1.5 MarSCoDe data storage structure description

Each level 2B data product contains a data label and a Table_Character type data object for storing spectral data, and the content of geometric positioning information.

Table 4-5：MarSCoDe data storage structure description

product	Scientific data	tag
Level 2B	Table_Character	XML

4.1.6 MCS data storage structure

Each level 2C data product contains a data label and a Table_Character type data object for storing air temperature, pressure, wind field, and geometric information such as sun incident angle and azimuth angle, and position of the rover and the location of the landing site.

Table 4-6：MCS data storage structure description

product	Scientific data	tag
Level 2C	Table_Character	XML

4.1.7 MoRIC data storage structure

Each 2C-level data product includes a data tag, a data object of type Array_3D_Image for storing color images, a data object of type Table_Character for storing the geometric positioning grid of the image.

Table 4-7：MoRIC data storage structure description

Product	Scientific data	Geometric positioning grid	Tag	Array dimension
Level 2C	Array_3D_Image	Table_Character	XML	Line, column, color

4.1.8 MMS data storage structure

Each Level 2B data product includes a data tag, a data object of type Array_3D_Spectrum for storing scientific data, a data object of type Table_Character for storing scientific data frame headers (auxiliary data), and a data object of type Table_Character for storing scientific data Geometrically position grid data.

Table 4-8：MMS data storage structure description

Product	Scientific data	auxiliary data	Geometric positioning grid	Tag	Array dimension
Level 2B	Array_3D_Spectrum	Table_Character	Table_Character	XML	Time、band、line

4.1.9 MSCam data storage structure

Each 2B-level data product includes a data tag, a data object of type Array_2D_Image for storing the image.

Table 4-9：MSCam data storage structure description

Product	Scientific data	Tag
Level 2B	Array_2D_Image	XML

4.1.10 MEPA data storage structure

Each 2B-level data product includes a data tag, a data object of type Table_Character for storing the scientific data and geometric positioning information.

Table 4-10：MSCam data storage structure description

Product	Scientific data	Tag
Level 2B	Table_Character	XML

4.1.11 RoMAG data storage structure

Each 2C-level data product includes a data tag, a data object of type Table_Character for storing the scientific data.

Table 4-11：MSCam data storage structure description

Product	Scientific data	Tag
Level 2C	Table_Character	XML

4.1.12 HiRIC data storage structure

Each level 2B data product includes a data tag, a data object of type Array_2D_Image to store the scientific data, a data object of type Table_Character to store the geometrically positioned grid data, and a data object of type Table_Character to store the image frame header(auxiliary data);

Table 4-12：HiRIC data storage structure description

Product	Scientific data	Auxiliary data	Geometric position grid	Labal	Array dimension
Level 2B	Array_2D_Image	Table_Character	Table_Character	XML	time (row), line

4.1.13 MOMAG data storage structure

Each 2C-level data product includes a data tag, a data object of type Table_Character for storing color images.

Table 4-13：MOMAG data storage structure description

Product	Scientific data	Tag
Level 2C	Table_Character	XML

4.2 Tianwen-1 data type description

4.2.1 Binary data type

TW-1 data products using binary storage include UnsignedLSB4, UnsignedLSB2, SignedLSB2，UnsignedMSB4, UnsignedMSB2, UnsignedByte, IEEE754LSBSingle， IEEE754MSBSingle, UnsignedBitString.

4.2.2 Character data type

TW-1 data products stored in character type include ASCII_Real, ASCII_String, ASCII_Integer，ASCII_Date_Time_YMD_UTC，ASCII_Numeric_Base16. Attribute values of Table_character data and tag both use the above data types .

5.Product list appendix

5.1 Product list of HiRIC

Product level	Data product file name	Format	File description
DEM DIM	HX1_GRAS_XXX_AAA_BBBB_ ddmmssNdddmmssE _V.tif	GeoTiff	Advanced data products
	HX1_GRAS_XXX_AAA_BBBB_ ddmmssNdddmmssE _V.tfw	tfw	Coordinate information file
	HX1_GRAS_XXX_AAA_BBBB_ ddmmssNdddmmssE _V.prj	prj	Projection information file (ESRI format)

Note: XXX represents the type of product data, that is, DEM or DIM ; AAA represents resolution; BBBB represents frame number; ddmmssNdddmmssE represents the latitude and longitude position of the center of the frame, dd/ddd is degrees, mm is minutes, ss Is the second, N represents the location of the north latitude (ie N) or south latitude (ie S) identification, E represents the longitude identification (ie E, represents the east longitude, the value range is 0 ~ 360 °); V represents the version number.

5.2 Product list of MOSIR

Product level	Data product file name	Format	File description
2B	HX1-Or_GRAS_*** (-XXX)_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	Binary	Level 2B (Table_Binary）
	HX1-Or_GRAS_*** (-XXX)_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Level 2B（data tag）
	****represent MOSIR-VLF、MOSIR-H、MOSIR- HFR、MOSIR- LFR、MOSIR- HFI、及MOSIR- LFI

Note: (-XXX) only for MOSIR-HFR and MOSIR-LFR data, corresponding to data with different time window sizes in different modes, such as MOSIR-HFR-095, corresponding to detection data with a time window size of 95μs in high frequency mode; MOSIR-LFR-120 , Corresponding to detection data with a time window of 120μs in low frequency mode; MOSIR-LFR-HFW, corresponding to high frequency waveform data in low frequency mode.

Level 2B：

MOSIR-H, represents altimetry data;

MOSIR-VLF, represents very low frequency detection data;

MOSIR-HFR, represents the original echo high-frequency data;

MOSIR- LFR, represents the original echo low-frequency data;

MOSIR-HFI, represents imaging echo high-frequency data (on-board processing result);

MOSIR-LFI, represents low-frequency imaging echo data (on-board processing result)

5.3 Product list of MINPA

Product level	Data product file name	Format	File description
2B	HX1-Or_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	ASCII	Level 2B（Table_Character）
	HX1-Or_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Level 2B（data tag）
	***Refer to Note 1 for the specific naming and explanation of scientific data representing Mode 1~Mode 13

Note 1：

MINPA–MOD1-DEF, represents the default mode (table address 003300);

MINPA–MOD2-DEF, represents the default mode (table address F02D00);

MINPA–MOD3-HER, represents high energy resolution mode (table address 017400);

MINPA–MOD4-MT, represents the magnetic tail mode (table address 005F00);

MINPA–MOD5-LEI, represents low-energy ion mode (table address F13E00);

MINPA–MOD6-HTR, represents high time resolution mode (table address 01BD00);

MINPA–MOD7-FR, represents full resolution mode (table address 00AC00);

MINPA–MOD8-FR, represents full resolution mode (table address F0B000);

MINPA–MOD9-SW, represents solar wind mode (table address 00FF00);

MINPA–MOD10-SW, represents solar wind mode (table address F10300);

MINPA–MOD11-SW, represents solar wind mode (table address F06C00);

MINPA–MOD12-I, represents the ionospheric mode (table address 013A00);

MINPA–MOD13-NP, represents the neutral particle mode (table address 017100);

Note 2:

In addition to the above products, MINPA also includes a description file of calibration parameters. The file describes the correspondence between the pitch angle number and the angle center value and the center energy of ions and neutral particles in different modes. The file is named Calibration data description.pdf is quoted in the reference list field of the data label.

5.4 Product list of NaTeCam

Product level	Data product file name	File description
2C	HX1-Ro_GRAS_pl2-XXX_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2C	Pl2 value： NaTeCamA-F: Full frame data of A camera NaTeCamB-F: Full frame data of B camera XXX is the frame count, the data in a detection period is automatically numbered in chronologic -al order, and the number is from 001 to 999
2C	HX1-Ro_GRAS_pl2-XXX_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2CL

5.5 Product list of RoPeR

Product level	Data product file name	Format	File description
2B	HX1-Ro_GRAS_***_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	Binary	Level 2B（Table_Binary）
	HX1-Ro_GRAS_***_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Level 2B（data tag）
	***represent RoPeR-LF-R、RoPeR-LF-RI、RoPeR-HF-HH、RoPeR-HF-HV、RoPeR-HF-VH、RoPeR-HF-VV

Level 2B：

RoPeR-LF-R, represents the real part mode data of the low frequency channel;

RoPeR-LF-RI, represents the real and imaginary mode data of the low-frequency channel;

RoPeR-HF-HH, represents the HH polarization data of the high frequency channel;

RoPeR-HF-HV, represents HV polarization data of high frequency channel;

RoPeR-HF-VH, represents the high frequency channel VH polarization data;

RoPeR-HF-VV, represents the high frequency channel VV polarization data.

5.6 Product list of MCS

Product level	Data product file name	Format	File description
2C	HX1-Ro_GRAS_MCS-Tra_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ ob _ver.2CL	XML	2C level conventional measurement mode data tag file
	HX1-Ro_GRAS_MCS-Tra_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ ob _ver.2C	ASCII	2C level conventional measurement mode data
	HX1-Ro_GRAS_MCS-Man_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ ob _ver.2C	XML	2C level motorized measurement mode data tag file
	HX1-Ro_GRAS_MCS-Man_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ ob _ver.2C	ASCII	2C level maneuver measurement mode data

Note: Ro represents the lander and rover; RPCU represents the Mars rover load controller; MCS-Tra represents conventional measurement data; MCS-Man represents maneuver measurement data; MCS-Audio represents sound data

5.7 Product list of MoRIC

Product level	Data product file name	File description
2C	HX1-Or_GRAS_pl-XXXX_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2C	Pl valeu MoRIC-F：represents full-frame image data MoRIC-S-2: represents 2:1 sampling MoRIC-S-4: represents 4:1 sampling MoRIC-S-8: represents 8:1 sampling MoRIC-W: represents windowing data XXXX is the "output image frame number" of each image after framing, which can be obtained from the level 1 auxiliary data GEO: Geometry position grid file
	HX1-Or_GRAS_pl-XXXX_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2CL
	HX1-Or_GRAS_pl-XXXX_GEO_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2C

5.8 Product list of MMS

Product level	Data product file name	Format	File description
2B	HX1-Or_GRAS_***_ty_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	Binary	Level 2B（Array_3D_Image）
	HX1-Or_GRAS_*** _ty_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML格式	Level 2B（data tag）
	HX1-Or_GRAS_*** _AUX_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	ASCII码	Level 2B（auxiliary data）
	HX1-Or_GRAS_*** _GEO_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	ASCII码	2Level 2B（Geometry position grid file）
	*** Take the value listed in "Class 2B file name" in the table above The probe data ty field is "SCI", and the calibration data ty field is "CAL". Among them, for the data of MMS-C-S-V and MMS-C-S-N (including SCI and CAL), there is no corresponding GEO file

5.9 Product list of MSCam

Product level	Data product file name	Format	File description
2B级	HX1-Ro_GRAS_MSCam-W-no-kk-xxxx- yy_ty_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	Binary	Level 2B data product (image data of type Array_2D_Image), no represents spectral channel, the value range is 1~8, that is, the 1st spectral channel to the 8th spectral channel, MSCam-W represents the windowing mode, xxxx is the frame count; yy It is the number of the detection point; ty takes SCI and CAL.
	HX1-Ro_GRAS_MSCam-W-no-kk-xxxx-yy_ty_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Level 2B data tag
	Note: There are no level 2B panchromatic channels products.

MSCam-W-1 represents multispectral camera 1-channel data (windowed image data)

MSCam-W-2 represents the 2-channel data of the multispectral camera, and so on to the 8th channel (windowing image data)

MSCam-W-P represents multispectral camera panchromatic channel data (windowed image data)

5.10 Product list of MEPA

Product level	Data product file name	Format	File description
2B级	HX1-Or_GRAS_MEPA-LP_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Light particle energy spectrum level 2B data
	HX1-Or_GRAS_MEPA-LP_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	ASCII	Light particle energy spectrum level 2B data
	HX1-Or_GRAS_MEPA-HP_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL	XML	Heavy ion level 2B data
	HX1-Or_GRAS_MEPA-HP_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	ASCII	Heavy ion level 2B data

5.11 Product list of RoMAG

Product level	Data product file name	Format	File description
2C级	HX1-Ro_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2C	Binary	Level 2C（Table_ Character）
	HX1-Ro_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2CL	XML	Level 2C（data tag）
	****represent RoMAG-DB

5.12 Product list of HiRIC

Product level	Data product file name	File description
2B级	HX1-Or_GRAS_plCCD_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B	The values of PlCCD are as follows: : -F\-R\-G\-B\-V are the CCD panchromatic, red, green, blue, and near-infrared spectral bands respectively HiRIC-CCD1-F, HiRIC-CCD1-R, HiRIC-CCD1-G, HiRIC-CCD1-B, HiRIC-CCD1-V HiRIC-CCD2-F, HiRIC-CCD2-R, HiRIC-CCD2-G, HiRIC-CCD2-B, HiRIC-CCD2-V HiRIC-CCD3-F, HiRIC-CCD3-R, HiRIC-CCD3-G, HiRIC-CCD3-B, HiRIC-CCD3-V GEO is grid file AUX is the auxiliary data file -XXXX: image frame number, taken from the "frame number" in the level 1 auxiliary data
	HX1-Or_GRAS_plCCD_AUX_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B
	HX1-Or_GRAS_plCCD_SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2BL
	HX1-Or_GRAS_plCCD_GEO_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2B

5.13 Product list of MOMAG

Product level	Data product file name	Format	File description
2C	HX1-Or_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2C	ASCII	Level 2C（Table_ Character）
	HX1-Or_GRAS_*** _SCI_N_yyyymmddhhmiss_YYYYMMDDHHMISS_ob_ver.2CL	XML	Level 2C（data tag）
	**** represent MOMAG-DB as the detection data after background deduction

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Data reference：

You can refer to the following specifications:：

Ground Research and Application System of China’s Lunar and Planetary Exploration Program. XXXX Dataset（For example：Chang’E 4 Panoramic Cameras Dataset）. China National Space Administration, 2020. https://moon.bao.ac.cn

Acknowledgement：

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This data set is processed and produced by “Ground Research and Application System（GRAS）of China’s Lunar and Planetary Exploration Program, provided by China National Space Administration (http://moon.bao.ac.cn)”.

Example：We thank the Chang'E-4 payload team for mission operations and China National Space Administration for providing the Chang'E-4 data that made this study possible. This work was supported by the National Natural Science Foundation of China (11773023, 11941001, U1631124)and the Civil Aerospace Pre-research Project (D020302).The Chang'E-4 data used in this work is processed and produced by “Ground Research and Application System（GRAS）of China’s Lunar and Planetary Exploration Program, it can be downloaded at http://moon.bao.ac.cn/ce5web/searchOrder_dataSearchData.search

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