|
F |
Status |
N |
Database Field |
Variable Name |
Units |
Required |
Description |
R |
|
140 |
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 |
|
|
139 |
Criteria Description |
criteria_description |
Text |
Optional |
Detailed description |
|
Inserted |
138 |
Remanence Anisotropy Alteration |
anisotropy_alt |
Number in % |
Optional |
Comparison of 1st and 2nd TRMs in TRM anisotropy experiment Examples are: Criterion = maximum |
|
|
137 |
VADM N |
vadm_n |
Integer |
Optional |
Number of data points included in VADM calculations Examples are: Criterion = minimum |
|
|
136 |
VADM Sigma |
vadm_sigma |
Number in Am2 |
Optional |
Virtual axial dipole moment, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
135 |
VDM N |
vdm_n |
Integer |
Optional |
Number of data points included in VDM calculations Examples are: Criterion = minimum |
|
|
134 |
VDM Sigma |
vdm_sigma |
Number in Am2 |
Optional |
Virtual dipole moment, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
133 |
VGP N |
vgp_n |
Integer |
Optional |
Number of data points included in VGP calculations Examples are: Criterion = minimum |
|
|
132 |
VGP Alpha 95% |
vgp_alpha95 |
Number in Degrees |
Optional |
Fisher circle Examples are: Criterion = maximum; Confidence Level = 95% |
|
|
131 |
VGP Sigma |
vgp_sigma |
Number in Degrees |
Optional |
Virtual geomagnetic pole, Circular standard deviation Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
130 |
VGP DM |
vgp_dm |
Number in Degrees |
Optional |
Meridian, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
129 |
VGP DP |
vgp_dp |
Number in Degrees |
Optional |
Parallel latitude, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
Inserted |
128 |
Number of Specimens |
average_int_nnn |
Integer |
Recommended |
Number of specimens included in intensity calculations |
|
|
127 |
Number of Samples |
average_int_nn |
Integer |
Recommended |
Number of samples included in intensity calculations |
|
|
126 |
Number of Sites |
average_int_n |
Integer |
Recommended |
Number of sites included in intensity calculations |
|
|
125 |
Average Intensity Relative Sigma % |
average_int_rel_sigma_perc |
Number in % |
Optional |
Relative VGP field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
124 |
Average Intensity Relative Sigma |
average_int_rel_sigma |
Dimensionless |
Optional |
Relative VGP field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
123 |
Average Intensity Sigma |
average_int_sigma |
Number in T |
Optional |
VGP field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
122 |
Average R |
average_r |
Dimensionless |
Optional |
Resultant Fisher vector Examples are: Criterion = minimum |
|
|
121 |
Average K |
average_k |
Dimensionless |
Optional |
Fisher's dispersion parameter Kappa Examples are: Criterion = minimum |
|
Inserted |
120 |
Average N Specimens |
average_nnn |
Integer |
Optional |
Number of specimens included in directional calculations Examples are: Criterion = minimum |
|
|
119 |
Average N Samples |
average_nn |
Integer |
Optional |
Number of samples included in directional calculations Examples are: Criterion = minimum |
|
|
118 |
Average N Sites |
average_n |
Integer |
Optional |
Number of sites included in directional calculations Examples are: Criterion = minimum |
|
|
117 |
Average Alpha 95% |
average_alpha95 |
Number in Degrees |
Optional |
Fisher circle Examples are: Criterion = maximum; Confidence Level = 95% |
|
|
116 |
Average Sigma |
average_sigma |
Number in Degrees |
Optional |
Directions in stratigraphic coordinates, Standard deviation Examples are: Criterion = maximum; Uncertainty = 1xSD |
E |
|
115 |
Average Age Unit |
average_age_unit |
Text |
Optional |
Average age based on multiple sites or samples, Age unit Examples are: Ma, Ka, Ga, Years BP, Years AD (+/-), Years Cal BP, Years Cal AD (+/-) |
|
|
114 |
Average Age Sigma |
average_age_sigma |
Custom |
Optional |
Average age based on multiple sites or samples, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
113 |
Average Age Maximum |
average_age_max |
Custom |
Optional |
Average age based on multiple sites or samples, Maximum Examples are: Criterion = maximum |
|
|
112 |
Average Age Minimum |
average_age_min |
Custom |
Optional |
Average age based on multiple sites or samples, Minimum Examples are: Criterion = minimum |
|
|
111 |
Site Magnetization Mass |
site_magn_mass |
Number in Am2/kg |
Optional |
Measured intensity of magnetization, Mass normalized Examples are: Criterion = minimum |
|
|
110 |
Site Magnetization Volume |
site_magn_volume |
Number in A/m |
Optional |
Measured intensity of magnetization, Volume normalized Examples are: Criterion = minimum |
|
|
109 |
Site Magnetization Moment |
site_magn_moment |
Number in Am2 |
Optional |
Measured magnetic moment Examples are: Criterion = minimum |
|
|
108 |
Site Paleo Intensity N |
site_int_n |
Integer |
Optional |
Number of samples included in intensity calculations Examples are: Criterion = minimum |
|
|
107 |
Site Paleo Intensity Relative Sigma % |
site_int_rel_sigma_perc |
Number in % |
Optional |
Relative field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
106 |
Site Paleo Intensity Relative Sigma |
site_int_rel_sigma |
Dimensionless |
Optional |
Relative field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
105 |
Site Paleo Intensity Sigma % |
site_int_sigma_perc |
Number in % |
Optional |
Average field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
104 |
Site Paleo Intensity Sigma |
site_int_sigma |
Number in T |
Optional |
Average field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
103 |
Site Tilt Correction |
site_tilt_correction |
Number in % |
Optional |
Percentage tilt correction applied to the data Examples are: Criterion = minimum |
|
|
102 |
Site R |
site_r |
Dimensionless |
Optional |
Resultant Fisher vector Examples are: Criterion = minimum |
|
|
101 |
Site K |
site_k |
Dimensionless |
Optional |
Fisher's dispersion parameter Kappa Examples are: Criterion = minimum |
|
|
100 |
Number of Samples from Best-Fit Planes |
site_n_planes |
Integer |
Optional |
Number of samples included based on best-fit planes Examples are: Criterion = minimum |
|
|
99 |
Number of Samples from Best-Fit Lines |
site_n_lines |
Integer |
Optional |
Number of samples included based on best-fit lines Examples are: Criterion = minimum |
|
|
98 |
Number of Samples |
site_n |
Integer |
Optional |
Number of samples included in directional calculations Examples are: Criterion = minimum |
|
|
97 |
Site Alpha 95% |
site_alpha95 |
Number in Degrees |
Optional |
Fisher circle Examples are: Criterion = maximum; Confidence Level = 95% |
|
|
96 |
Site Sigma |
site_sigma |
Number in Degrees |
Optional |
Directions in stratigraphic coordinates, Circular standard deviation Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
95 |
Site Component Number |
site_comp_nmb |
Integer |
Optional |
Magnetic component number |
F |
|
94 |
Site Direction Type |
site_direction_type |
Flag |
Optional |
Direction determined from a line (l) or plane (p) |
F |
|
93 |
Site NRM |
site_nrm |
Flag |
Optional |
Origin of the NRM is primary (p) or secondary (s) |
F |
|
92 |
Site Magnetic Polarity |
site_polarity |
Flag |
Optional |
Polarity is normal (n), reversed (r), transitional (t), excursion (e) or intermediate (i) |
|
Inserted |
91 |
Sample Remanence Mean Anisotropy Degree |
sample_aniso_mean |
Number in % |
Optional |
The mean remanence anistropy degree (Tau1/Tau3) of a sample in units of precentage (%) |
|
|
90 |
Sample Magnetization Mass |
sample_magn_mass |
Number in Am2/kg |
Optional |
Measured intensity of magnetization, Mass normalized Examples are: Criterion = minimum |
|
|
89 |
Sample Magnetization Volume |
sample_magn_volume |
Number in A/m |
Optional |
Measured intensity of magnetization, Volume normalized Examples are: Criterion = minimum |
|
|
88 |
Sample Magnetization Moment |
sample_magn_moment |
Number in Am2 |
Optional |
Measured magnetic moment Examples are: Criterion = minimum |
|
|
87 |
Sample Paleo Intensity N |
sample_int_n |
Integer |
Optional |
Number of specimens included in intensity calculations Examples are: Criterion = minimum |
|
|
86 |
Sample Paleo Intensity Relative Sigma % |
sample_int_rel_sigma_perc |
Number in % |
Optional |
Relative field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
85 |
Sample Paleo Intensity Relative Sigma |
sample_int_rel_sigma |
Dimensionless |
Optional |
Relative field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
84 |
Sample Paleo Intensity Sigma % |
sample_int_sigma_perc |
Number in % |
Optional |
Average field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
83 |
Sample Paleo Intensity Sigma |
sample_int_sigma |
Number in T |
Optional |
Average field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
82 |
Sample Tilt Correction |
sample_tilt_correction |
Number in % |
Optional |
Percentage tilt correction applied to the data Examples are: Criterion = minimum |
|
|
81 |
Sample R |
sample_r |
Dimensionless |
Optional |
Resultant Fisher vector Examples are: Criterion = minimum |
|
|
80 |
Sample K |
sample_k |
Dimensionless |
Optional |
Fisher's dispersion parameter Kappa Examples are: Criterion = minimum |
|
|
79 |
Sample N Best-Fit Planes |
sample_n_planes |
Integer |
Optional |
Number of specimens included based on best-fit planes Examples are: Criterion = minimum |
|
|
78 |
Sample N Best-Fit Lines |
sample_n_lines |
Integer |
Optional |
Number of specimens included based on best-fit lines Examples are: Criterion = minimum |
|
Redefined |
77 |
Number of Samples |
sample_n |
Integer |
Optional |
Number of specimens included in directional calculations Examples are: Criterion = minimum |
|
|
76 |
Sample Alpha 95% |
sample_alpha95 |
Number in Degrees |
Optional |
Fisher circle Examples are: Criterion = maximum; Confidence Level = 95% |
|
|
75 |
Sample Sigma |
sample_sigma |
Number in Degrees |
Optional |
Directions in sample coordinates, Circular standard deviation Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
74 |
Sample Component Number |
sample_comp_nmb |
Integer |
Optional |
Magnetic component number |
F |
|
73 |
Sample Direction Type |
sample_direction_type |
Flag |
Optional |
Direction determined from a line (l) or plane (p) |
F |
|
72 |
Sample NRM |
sample_nrm |
Flag |
Optional |
Origin of the NRM is primary (p) or secondary (s) |
F |
|
71 |
Sample Magnetic Polarity |
sample_polarity |
Flag |
Optional |
Polarity is normal (n), reversed (r), transitional (t), excursion (e) or intermediate (i) |
F |
Inserted |
70 |
Speciman Remanence Anistropy F-test |
specimen_aniso_ftest_flag |
Flag |
Optional |
Pass/fail F-test for 95% confidence of remanence anistropy tensor calculation (g, the default, = good or b=bad) |
|
|
69 |
Specimen Gamma |
specimen_gamma |
Number in Degrees |
Optional |
Maximum angle of deviation between acquired pTRM direction and assumed applied field direction Examples are: Criterion = maximum |
|
Redefined |
68 |
Specimen Theta |
specimen_theta |
Number in Degrees |
Optional |
The angle between the applied field direction and the ChRM direction of the NRM as determined from the free-floating PCA fit to the selected demagnetization steps of the paleointensity experiment |
|
|
67 |
Specimen Delta |
specimen_delta |
Number in Degrees |
Optional |
Maximum angle of deviation between assumed NRM and measured NRM in perpendicular paleointensity method Examples are: Criterion = maximum |
|
Inserted |
66 |
Specimen Number pTRM Tail Checks |
specimen_int_ptrm_tail_n |
Integer |
Optional |
Number of pTRM tail checks used in paleointensity experiment |
|
Inserted |
65 |
Specimen CRM % |
specimen_int_crm |
Number in % |
Optional |
The cumulative deflection between the NRM vectors and the ChRM direction |
|
Inserted |
64 |
Specimen Paleointensity DANG |
specimen_int_dang |
Number in Degrees |
Optional |
The angle between the free-floating best-fit direction and the vector connecting the center of mass and the origin of the vector component diagram |
|
Inserted |
63 |
Specimen Correction Non-Linear TRM |
specimen_int_corr_nlt |
Dimensionless |
Optional |
Non-linear TRM correction factor for intensity |
|
Redefined |
62 |
Specimen Number pTRM Checks |
specimen_int_ptrm_n |
Integer |
Optional |
Number of pTRM checks used in paleointensity experiment |
|
|
61 |
Specimen Magnetization Mass |
specimen_magn_mass |
Number in Am2/kg |
Optional |
Measured intensity of magnetization, Mass normalized Examples are: Criterion = minimum |
|
|
60 |
Specimen Magnetization Volume |
specimen_magn_volume |
Number in A/m |
Optional |
Measured intensity of magnetization, Volume normalized Examples are: Criterion = minimum |
|
|
59 |
Specimen Magnetization Moment |
specimen_magn_moment |
Number in Am2 |
Optional |
Measured magnetic moment Examples are: Criterion = minimum |
|
|
58 |
Specimen Viscosity Index |
specimen_viscosity_index |
Number in % |
Optional |
Viscosity index Examples are: Criterion = maximum |
F |
Inserted |
57 |
Specimen Scatter |
specimen_scat |
Flag |
Optional |
All pTRM checks, MD checks, IZ ZI data, etc. are in the box (g, the default, = good or b=bad) |
|
Inserted |
56 |
Specimen IZZI MD |
specimen_z_md |
Dimensionless |
Optional |
Arai plot zigzag parameter calculated by the area bounded by the curve that the ZI points make and the curve that the IZ points make |
|
Inserted |
55 |
Specimen Z |
specimen_z |
Dimensionless |
Optional |
Arai plot zigzag parameter calculated using the scatter around the best-fit slope on an Arai plot |
|
|
54 |
Specimen Maximum RSC |
specimen_rsc |
Number in % |
Optional |
Maximum relative susceptibility change Examples are: Criterion = maximum |
|
Inserted |
53 |
Specimen K SSE |
specimen_k_sse |
Dimensionless |
Optional |
The quality of the best-fit circle used to determine k |
|
Inserted |
52 |
Specimen Arai Curvatute |
specimen_k |
Dimensionless |
Optional |
The curvature of the Arai plot as determined by the best-fit circle to all of the data |
|
Inserted |
51 |
Specimen Number Additivity Checks |
specimen_ac_n |
Integer |
Optional |
The number of additivity checks used to analyze the best-fit segment on an Arai plot |
|
Inserted |
50 |
Specimen delta AC |
specimen_dac |
Number in % |
Optional |
The maximum absolute additivity check difference normalized by the total TRM (obtained from the intersection of the best-fit line and the x-axis on an Arai plot |
|
Inserted |
49 |
Specimen delta T |
specimen_dt |
Dimensionless |
Optional |
The extent of a pTRM tail after correction for angular dependence |
|
Inserted |
48 |
Specimen delta pal |
specimen_dpal |
Number in % |
Optional |
A measure of cumulative alteration determined by the difference of the alteration corrected intensity estimate (Valet et al., 1996) and the uncorrected estimate, normalized by the uncorrected estimate (Leonhardt et al., 2004a) |
|
Inserted |
47 |
Specimen Mean DEV |
specimen_mdev |
Number in % |
Optional |
Mean deviation of a pTRM check |
|
|
46 |
Specimen Difference Ratio Sum |
specimen_drats |
Number in % |
Optional |
Sum of difference in first and second pTRM measurements Examples are: Criterion = maximum |
|
Inserted |
45 |
Specimen Cumulative DRAT |
specimen_cdrat |
Number in % |
Optional |
Cumulative difference ratio difference produced by a pTRM check |
|
Inserted |
44 |
Specimen Mean DRAT |
specimen_mdrat |
Number in % |
Optional |
The average difference produced by a pTRM check, normalized by the length of the best-fit line |
|
|
43 |
Specimen Difference Ratio pTRM Checks |
specimen_drat |
Number in % |
Optional |
Difference in first and second pTRM measurements Examples are: Criterion = maximum |
|
Inserted |
42 |
Specimen maxDEV |
specimen_maxdev |
Number in % |
Optional |
Maximum absolute difference produced by a pTRM check, normalized by the length of the TRM segment of the best-fit line on an Arai plot |
|
Inserted |
41 |
Specimen delta CK |
specimen_dck |
Number in % |
Optional |
Maximum absolute difference produced by a pTRM check, normalized by the total TRM (obtained from the intersection of the best-fit line and the x-axis on an Arai plot) |
|
|
40 |
Specimen Maximum pTRM |
specimen_ptrm |
Number in % |
Optional |
Classical pTRM check Examples are: Criterion = maximum |
|
Inserted |
39 |
Specimen delta TR |
specimen_dtr |
Number in % |
Optional |
Maximum absolute difference produced by a pTRM tail check, normalized by the NRM (obtained from the intersection of the best-fit line and the y-axis on an Arai plot) |
|
Inserted |
38 |
Specimen DRAT Tail Check |
specimen_tail_drat |
Number in % |
Optional |
Maximum absolute difference produced by a pTRM tail check, normalized by the length of the best-fit line |
|
|
37 |
Specimen Maximum MD |
specimen_md |
Number in % |
Optional |
Maximum difference between first and second zero field steps Examples are: Criterion = maximum |
|
|
36 |
Specimen DANG |
specimen_dang |
Number in Degrees |
Optional |
Deviation angle of direction of component with respect to origin Examples are: Criterion = maximum |
|
Inserted |
35 |
Specimen Squared Coefficient of Determination |
specimen_coeff_det_sq |
Dimensionless |
Optional |
The squared coefficient of determination to estimate variance accounted for by the linear model fit on an Arai plot |
|
Inserted |
34 |
Specimen Squared Correlation Coefficient |
specimen_r_sq |
Dimensionless |
Optional |
The squared correlation coefficient to estimate the strength of the linear relationship between the NRM and TRM over the best-fit Arai plot segment |
|
Inserted |
33 |
Specimen Gap Max |
specimen_gmax |
Dimensionless |
Optional |
The maximum gap between two points in Arai plot determined by vector arithmetic |
|
|
32 |
Specimen g |
specimen_g |
Dimensionless |
Optional |
COE's quality factors, The GAP factor Examples are: Criterion = minimum |
|
|
31 |
Specimen Sigma over b |
specimen_b_beta |
Dimensionless |
Optional |
COE's quality factors, Relative error over slope Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
30 |
Specimen b Sigma |
specimen_b_sigma |
Dimensionless |
Optional |
COE's quality factors, Error on slope fit Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
29 |
Specimen f VDS |
specimen_fvds |
Dimensionless |
Optional |
COE's quality factors, Vector difference sum of NRM components Examples are: Criterion = minimum |
|
|
28 |
Specimen f |
specimen_f |
Dimensionless |
Optional |
COE's quality factors, Amount of NRM in component Examples are: Criterion = minimum |
|
|
27 |
Specimen Q |
specimen_q |
Dimensionless |
Optional |
COE's quality factors, Overall quality Examples are: Criterion = minimum |
|
|
26 |
Specimen Weighting Factor |
specimen_w |
Dimensionless |
Optional |
Weighting factor Examples are: Criterion = maximum |
|
Inserted |
25 |
Specimen Paleointensity MAD Anchored |
specimen_int_mad_anc |
Number in Degrees |
Optional |
Maximum Angular Deviation (MAD) of the anchored directional PCA fits to the paleomagnetic vector from a paleointensity experiment |
|
Inserted |
24 |
Specimen MAD Anchored |
specimen_mad_anc |
Number in Degrees |
Optional |
Maximum Angular Deviation (MAD) of the anchored directional PCA fits to the paleomagnetic vector |
|
Inserted |
23 |
Specimen Paleointensity Alpha |
specimen_int_alpha |
Number in Degrees |
Optional |
Angular difference between the anchored and free-floating best-fit directions on a vector component diagram from a paleointensity experiment |
|
Inserted |
22 |
Specimen Alpha |
specimen_alpha |
Number in Degrees |
Optional |
Angular difference between the anchored and free-floating best-fit directions on a vector component diagram |
|
Inserted |
21 |
Specimen Alpha Prime |
specimen_alpha_prime |
Number in Degrees |
Optional |
Angular difference between the anchored best-fit direction from the paleointensity experiment and an independent measure of the paleomagnetic direction |
|
|
20 |
Specimen Paleo Intensity N |
specimen_int_n |
Integer |
Optional |
Number of measurements included in intensity calculations Examples are: Criterion = minimum |
|
|
19 |
Specimen Paleo Intensity MAD |
specimen_int_mad |
Number in Degrees |
Optional |
Maximum angle of deviation of the best fit line Examples are: Criterion = maximum |
|
|
18 |
Specimen Paleo Intensity Relative Sigma % |
specimen_int_rel_sigma_perc |
Number in % |
Optional |
Relative field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
17 |
Specimen Paleo Intensity Relative Sigma |
specimen_int_rel_sigma |
Dimensionless |
Optional |
Relative field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
16 |
Specimen Paleo Intensity Sigma % |
specimen_int_sigma_perc |
Number in % |
Optional |
Average field strength, Uncertainty in percent Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
|
15 |
Specimen Paleo Intensity Sigma |
specimen_int_sigma |
Number in T |
Optional |
Average field strength, Uncertainty Examples are: Criterion = maximum; Uncertainty = 1xSD |
|
Redefined |
14 |
Number of Measurements |
specimen_n |
Integer |
Optional |
Number of measurements included in directional calculations Examples are: Criterion = minimum |
|
|
13 |
Specimen Alpha 95% |
specimen_alpha95 |
Number in Degrees |
Optional |
Fisher circle Examples are: Criterion = maximum; Confidence Level = 95% |
|
|
12 |
Specimen MAD |
specimen_mad |
Number in Degrees |
Optional |
Maximum angle of deviation of the best fit direction or plane Examples are: Criterion = maximum |
|
|
11 |
Specimen Component Number |
specimen_comp_nmb |
Integer |
Optional |
Magnetic component number |
F |
|
10 |
Specimen Direction Type |
specimen_direction_type |
Flag |
Optional |
Direction determined from a line (l) or plane (p) |
|
Inserted |
9 |
Specimen FRAC |
specimen_frac |
Dimensionless |
Optional |
NRM fraction used for the best-fit on an Arai plot determined entirely by vector difference sum calculation |
F |
|
8 |
Specimen NRM |
specimen_nrm |
Flag |
Optional |
Origin of the NRM is primary (p) or secondary (s) |
F |
|
7 |
Specimen Magnetic Polarity |
specimen_polarity |
Flag |
Optional |
Polarity is normal (n), reversed (r), transitional (t), excursion (e) or intermediate (i) |
M |
|
6 |
Measurement Step Unit |
measurement_step_unit |
Text |
Optional |
Step included in calculation, Unit |
M |
|
5 |
Measurement Step Maximum |
measurement_step_max |
Custom |
Optional |
Step included in calculation, Higher bound |
M |
|
4 |
Measurement Step Minimum |
measurement_step_min |
Custom |
Optional |
Step included in calculation, Lower bound |
X |
|
3 |
Experiment Name List |
magic_experiment_names |
Text |
Optional |
Colon-delimited list of experiments Examples are: KOPA-299-1 |
|
|
2 |
Criteria Definition |
criteria_definition |
Text |
Required |
Definition of the criteria |
P |
|
1 |
Criteria Code |
pmag_criteria_code |
Text |
Required |
Criteria type name or number Examples are: MY-MAD, MY-APLHA95 |
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
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