|
|
| F |
Status |
N |
Database Field |
Variable Name |
Units |
Required |
Description |
|
| R |
|
1 |
Expedition Name |
er_expedition_name |
Text |
Optional |
Name for seagoing or land expedition Examples are: AVON02MV |
| R |
|
2 |
Location Name |
er_location_name |
Text |
Required |
Name for location, dredge or drill site Examples are: San Francisco Volcanic Province, Dredge AMAT02-D12, Site 801 |
| R |
|
3 |
Formation Name |
er_formation_name |
Text |
Optional |
Name for formation Examples are: Bluebird Formation |
| R |
|
4 |
Member Name |
er_member_name |
Text |
Optional |
Name for member Examples are: Glasshound Member |
| R |
|
5 |
Site Name |
er_site_name |
Text |
Required |
Name for site Examples are: Bas123a |
| R |
|
6 |
Sample Name |
er_sample_name |
Text |
Required |
Name for sample Examples are: Bas123a-01 |
| R |
|
7 |
Specimen Name |
er_specimen_name |
Text |
Required |
Name for specimen Examples are: Bas123a-01x |
| R |
|
8 |
Fossil Name |
er_fossil_name |
Text |
Recommended |
Name for fossil Examples are: AMM43-03 |
| R |
|
9 |
Mineral Name |
er_mineral_name |
Text |
Recommended |
Name for mineral Examples are: San03-001 |
| R |
|
10 |
Synthetic Material Name |
er_synthetic_name |
Text |
Required |
Name for synthetic material Examples are: STD1546-A1 |
| X |
|
11 |
Experiment Name |
magic_experiment_name |
Text |
Required |
Name for experiment Examples are: KOPA-299-1, KOPA-299-2, KOPA-299-6 |
| F |
|
12 |
Measurement Flag |
measurement_flag |
Flag |
Required |
Indicating if good (g, the default) or bad (b) measurement |
| F |
|
13 |
Measurement Standard Flag |
measurement_standard |
Flag |
Required |
Indicating if a standard (s) or an unknown (u, the default) measurement |
|
|
14 |
Measurement Number |
measurement_number |
Text |
Required |
Measurement identifier or lab number Examples are: 03C3012 |
|
|
15 |
Measurement Date and Time |
measurement_date |
Text |
Recommended |
Date and time of the measurement Examples are: Number in the "yyyy:mm:dd:hh:mm:ss.ss" format |
|
|
16 |
Measurement Time Zone |
measurement_time_zone |
Text |
Recommended |
Time zone Examples are: UTC, PDT, GMT |
|
|
17 |
Measurement Hysteresis Loop Number |
measurement_loop_x |
Integer |
Recommended |
Hysteresis loop, Counter |
|
|
18 |
Measurement Hysteresis Loop Total |
measurement_loop_n |
Integer |
Recommended |
Hysteresis loop, Total number of loops |
|
|
19 |
Measurement X Position |
measurement_pos_x |
Number in m |
Optional |
Position of the measurement relative to the specimen, X |
|
|
20 |
Measurement Y Position |
measurement_pos_y |
Number in m |
Optional |
Position of the measurement relative to the specimen, Y |
|
|
21 |
Measurement Z Position |
measurement_pos_z |
Number in m |
Optional |
Position of the measurement relative to the specimen, Z |
|
|
22 |
Measurement Number of Positions |
measurement_positions |
Integer |
Recommended |
Number of different positions in measurement |
|
|
23 |
Measurement Elevation |
measurement_elevation |
Number in m |
Recommended |
Measurement location, Elevation relative to sealevel Examples are: Meters above sealevel |
|
|
24 |
Measurement Stratigraphic Height |
measurement_height |
Number in m |
Recommended |
Measurement location, Stratigraphic height Examples are: Positive is up in section or core, while negative is down relative to reference height |
|
|
25 |
Measurement Core Depth |
measurement_core_depth |
Number in m |
Optional |
Measurement location, Core depth in MBSF Examples are: Meters below seafloor |
|
|
26 |
Measurement Composite Depth |
measurement_composite_depth |
Number in m |
Optional |
Measurement location, Composite depth in MBSF Examples are: Meters below seafloor |
|
|
27 |
Lab Treatment Temperature |
treatment_temp |
Number in K |
Recommended |
Demagnetization temperature |
|
|
28 |
Lab Treatment Temperature Decay Rate |
treatment_temp_decay_rate |
Number in K/s |
Optional |
Decay rate of temperature on cooling |
|
|
29 |
Lab Treatment Temperature DC Field On |
treatment_temp_dc_on |
Number in K |
Optional |
Temperature in a pTRM experiment at which DC field is turned on |
|
|
30 |
Lab Treatment Temperature DC Field Off |
treatment_temp_dc_off |
Number in K |
Optional |
Temperature in a pTRM experiment at which DC field is turned off |
|
|
31 |
Lab Treatment AC Field |
treatment_ac_field |
Number in T |
Recommended |
Peak field in AC demagnetization experiment |
|
|
32 |
Lab Treatment AC Field Decay Rate |
treatment_ac_field_decay_rate |
Number in T/s |
Optional |
Decay rate of AC field in AC field demagnetization experiment |
|
|
33 |
Lab Treatment AC Field DC Field On |
treatment_ac_field_dc_on |
Number in T |
Optional |
AC field in a pARM experiment at which DC field is turned on |
|
|
34 |
Lab Treatment AC Field DC Field Off |
treatment_ac_field_dc_off |
Number in T |
Optional |
AC field in a pARM experiment at which DC field is turned off |
|
|
35 |
Lab Treatment DC Field |
treatment_dc_field |
Number in T |
Recommended |
Applied DC field |
|
|
36 |
Lab Treatment DC Field Decay Rate |
treatment_dc_field_decay_rate |
Number in T/s |
Optional |
Decay rate of DC field after switching off |
|
|
37 |
Lab Treatment DC Field AC Field On |
treatment_dc_field_ac_on |
Number in T |
Optional |
DC field in DC field experiment at which AC field is turned on |
|
|
38 |
Lab Treatment DC Field AC Field Off |
treatment_dc_field_ac_off |
Number in T |
Optional |
DC field in DC field experiment at which AC field is turned off |
|
|
39 |
Lab Treatment Orientation Phi |
treatment_dc_field_phi |
Number in Degrees |
Optional |
Orientation of sample in magnetometer |
|
|
40 |
Lab Treatment Orientation Theta |
treatment_dc_field_theta |
Number in Degrees |
Optional |
Orientation of sample in magnetometer |
|
|
41 |
Lab Treatment MW Power |
treatment_mw_power |
Number in W |
Optional |
Microwave power |
|
|
42 |
Lab Treatment MW Time |
treatment_mw_time |
Number in s |
Optional |
Time (in seconds) of microwave power application |
|
|
43 |
Lab Treatment MW Energy |
treatment_mw_energy |
Number in J |
Optional |
Applied microwave power integrated over total application time |
|
|
44 |
Lab Treatment Power Integral |
treatment_mw_integral |
Number in J |
Optional |
Absorbed microwave energy, Applied microwave energy minus reflected microwave energy |
|
|
45 |
Measurement Demagnetization Code |
measurement_demagn_code |
Text |
Optional |
Demagnetization code for legacy data |
|
|
46 |
Measurement Temperature |
measurement_temp |
Number in K |
Recommended |
Temperature |
|
|
47 |
Measurement Temperature Change |
measurement_temp_change |
Number in K |
Recommended |
Change in temperature during each measurement step |
|
|
48 |
Measurement Frequency |
measurement_freq |
Number in Hz |
Recommended |
Frequency |
|
|
49 |
Measurement Orientation Phi |
measurement_orient_phi |
Number in Degrees |
Recommended |
Orientation of sample in magnetometer |
|
|
50 |
Measurement Orientation Theta |
measurement_orient_theta |
Number in Degrees |
Recommended |
Orientation of sample in magnetometer |
|
|
51 |
Measurement Lab Field AC |
measurement_lab_field_ac |
Number in T |
Recommended |
Measured AC field in laboratory |
|
|
52 |
Measurement Lab Field DC |
measurement_lab_field_dc |
Number in T |
Recommended |
Measured DC field in laboratory |
|
|
53 |
Measurement Inclination |
measurement_inc |
Number in Degrees |
Recommended |
Directions in sample coordinates, Inclination Examples are: Decimal degrees between -90 and 90 |
|
|
54 |
Measurement Declination |
measurement_dec |
Number in Degrees |
Recommended |
Directions in sample coordinates, Declination Examples are: Decimal degrees between 0 and 360 |
|
|
55 |
Measurement Magnitude |
measurement_magnitude |
Dimensionless |
Recommended |
Uncalibrated magnitude measurement |
|
|
56 |
Measurement Magnetization Moment |
measurement_magn_moment |
Number in Am2 |
Recommended |
Measured magnetic moment |
|
|
57 |
Measurement Magnetization Volume |
measurement_magn_volume |
Number in A/m |
Recommended |
Measured intensity of magnetization, Volume normalized |
|
|
58 |
Measurement Magnetization Mass |
measurement_magn_mass |
Number in Am2/kg |
Recommended |
Measured intensity of magnetization, Mass normalized |
|
|
59 |
Measurement Susceptibility X Volume |
measurement_chi_volume |
Number in SI |
Recommended |
Magnetic susceptibility, Volume normalized |
|
|
60 |
Measurement Susceptibility X Mass |
measurement_chi_mass |
Number in m3/kg |
Recommended |
Magnetic susceptibility, Mass normalized |
|
|
61 |
Measurement Susceptibility Xqdr Volume |
measurement_chi_qdr_volume |
Number in SI |
Optional |
Quadrature magnetic susceptibility, Volume normalized |
|
|
62 |
Measurement Susceptibility Xqdr Mass |
measurement_chi_qdr_mass |
Number in m3/kg |
Optional |
Quadrature magnetic susceptibility, Mass normalized |
|
|
63 |
Measurement Hysteresis Sweep Rate |
measurement_sweep_rate |
Number in T/s |
Recommended |
Rate of field sweep during a hysteresis loop measurement |
|
|
64 |
Measurement Hysteresis Charging Mode |
measurement_charging_mode |
Text |
Recommended |
Measurement hysteresis charging mode Examples are: Hysteresis, Steady, No Overshoot |
|
|
65 |
Measurement Goodness of Fit |
measurement_r2 |
Dimensionless |
Recommended |
Goodness of fit in regression Examples are: Number between 0 and 1 |
|
|
66 |
Measurement Circular Standard Deviation |
measurement_csd |
Number in Degrees |
Recommended |
Circular standard deviation in measurements Examples are: Uncertainty = 1xSD |
|
|
67 |
Measurement Standard Deviation |
measurement_sd |
Number in Degrees |
Recommended |
Standard deviation in measurements, Average X, Y and Z directions Examples are: Uncertainty = 1xSD |
|
|
68 |
Measurement Standard Deviation X |
measurement_sd_x |
Number in Degrees |
Recommended |
Standard deviation in measurements, X Examples are: Uncertainty = 1xSD |
|
|
69 |
Measurement Standard Deviation Y |
measurement_sd_y |
Number in Degrees |
Recommended |
Standard deviation in measurements, Y Examples are: Uncertainty = 1xSD |
|
|
70 |
Measurement Standard Deviation Z |
measurement_sd_z |
Number in Degrees |
Recommended |
Standard deviation in measurements, Z Examples are: Uncertainty = 1xSD |
|
|
71 |
Measurement Description |
measurement_description |
Text |
Optional |
Detailed description |
|
|
72 |
MagIC Software Packages |
magic_software_packages |
Text |
Recommended |
Colon-delimited list of software used for data reduction Examples are: PmagPy v1.67b, FORCinel v1.11 |
| E |
|
73 |
External Database Names |
external_database_names |
Text |
Optional |
Colon-delimited list of external databases where data are used Examples are: GEOMAGIA50, CALS7K.2, ARCHEO00 |
|
|
74 |
External Database ID Numbers |
external_database_ids |
Text |
Optional |
Colon-delimited list of ID numbers linking to external database records Examples are: 1435, 23, 2329 |
| R |
|
75 |
Method Codes |
magic_method_codes |
Text |
Required |
Colon-delimited list of method codes Examples are: DE-DC0, FT-F1, LP-DCDMAG |
| R |
|
76 |
Instrument Code |
magic_instrument_codes |
Text |
Required |
Colon-delimited list of instrument codes Examples are: SIO-Bubba, IRM-OldBlue |
| R |
|
77 |
Analyst Names |
er_analyst_mail_names |
Text |
Recommended |
Colon-delimited list of names and emails for analysts Examples are: Jim R.D. Hart , Alexis Heard :Bob McIntire |
| R |
|
78 |
Citation Names |
er_citation_names |
Text |
Required |
Colon-delimited list of citation DOIs Examples are: 10.1029/92JB01202, 10.1029/2003GC000635:This study, "10.1023/A:1015035228810":This study |
|
Standard MagIC Data Format v2.0
Standard MagIC Data Format v2.1
Standard MagIC Data Format v2.2
Standard MagIC Data Format v2.3
Standard MagIC Data Format v2.4
Standard MagIC Data Format v2.5
|
