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NeuroMLCoreDimensions |
| NeuroML2 ComponentType definitions from NeuroMLCoreDimensions.xml |
| Original LEMS ComponentType definitions: NeuroMLCoreDimensions.xml Schema against which NeuroML based on these should be valid: NeuroML_v2.2.xsd |
| area |
|
L2 Defined unit: cm2 Defined unit: m2 Defined unit: um2 |
| capacitance |
|
M-1 L-2 T4 I2 Defined unit: F Defined unit: nF Defined unit: pF Defined unit: uF |
| charge |
|
T1 I1 Defined unit: C Defined unit: e |
| charge_per_mole |
|
T1 I1 N-1 Defined unit: C_per_mol Defined unit: nA_ms_per_amol |
| concentration |
|
L-3 N1 Defined unit: M Defined unit: mM Defined unit: mol_per_cm3 Defined unit: mol_per_m3 |
| conductance |
|
M-1 L-2 T3 I2 Defined unit: S Defined unit: mS Defined unit: nS Defined unit: pS Defined unit: uS |
| conductanceDensity |
|
M-1 L-4 T3 I2 Defined unit: S_per_cm2 Defined unit: S_per_m2 Defined unit: mS_per_cm2 |
| conductance_per_voltage |
|
M-2 L-4 T6 I3 Defined unit: S_per_V Defined unit: nS_per_mV |
| current |
|
I1 Defined unit: A Defined unit: nA Defined unit: pA Defined unit: uA |
| currentDensity |
|
L-2 I1 Defined unit: A_per_m2 Defined unit: mA_per_cm2 Defined unit: uA_per_cm2 |
| idealGasConstantDims |
|
M1 L2 T-2 K-1 N-1 Defined unit: J_per_K_per_mol |
| length |
|
L1 Defined unit: cm Defined unit: m Defined unit: um |
| per_time |
|
T-1 Defined unit: Hz Defined unit: per_hour Defined unit: per_min Defined unit: per_ms Defined unit: per_s |
| per_voltage |
|
M-1 L-2 T3 I1 Defined unit: per_V Defined unit: per_mV |
| permeability |
|
L1 T-1 Defined unit: cm_per_ms Defined unit: cm_per_s Defined unit: m_per_s Defined unit: um_per_ms |
| resistance |
|
M1 L2 T-3 I-2 Defined unit: Mohm Defined unit: kohm Defined unit: ohm |
| resistivity |
|
M2 L2 T-3 I-2 Defined unit: kohm_cm Defined unit: ohm_cm Defined unit: ohm_m |
| rho_factor |
|
L-1 T-1 I-1 N1 Defined unit: mol_per_cm_per_uA_per_ms Defined unit: mol_per_m_per_A_per_s |
| specificCapacitance |
|
M-1 L-4 T4 I2 Defined unit: F_per_m2 Defined unit: uF_per_cm2 |
| substance |
|
N1 Defined unit: mol |
| temperature |
|
K1 Defined unit: K Defined unit: degC |
| time |
|
T1 Defined unit: hour Defined unit: min Defined unit: ms Defined unit: s |
| voltage |
|
M1 L2 T-3 I-1 Defined unit: V Defined unit: mV |
| volume |
|
L3 Defined unit: cm3 Defined unit: litre Defined unit: m3 Defined unit: um3 |
| A |
|
Dimension: current Power of 10: 0 1 A = 1.00e+06 uA 1 A = 1.00e+09 nA 1 A = 1.00e+12 pA |
| A_per_m2 |
|
Dimension: currentDensity Power of 10: 0 1 A_per_m2 = 100 uA_per_cm2 1 A_per_m2 = 0.1 mA_per_cm2 |
| C |
|
Dimension: charge Power of 10: 0 1 C = 6.24e+18 e |
| C_per_mol |
|
Dimension: charge_per_mole Power of 10: 0 1 C_per_mol = 1e-06 nA_ms_per_amol |
| F |
|
Dimension: capacitance Power of 10: 0 1 F = 1.00e+06 uF 1 F = 1.00e+09 nF 1 F = 1.00e+12 pF |
| F_per_m2 |
|
Dimension: specificCapacitance Power of 10: 0 1 F_per_m2 = 100 uF_per_cm2 |
| Hz |
|
Dimension: per_time Power of 10: 0 1 Hz = 1 per_s 1 Hz = 0.001 per_ms 1 Hz = 60 per_min 1 Hz = 3600 per_hour |
| J_per_K_per_mol |
|
Dimension: idealGasConstantDims Power of 10: 0 |
| K |
|
Dimension: temperature Power of 10: 0 1 K = -272.15 degC |
| M |
|
Dimension: concentration Power of 10: 3 1 M = 1000 mol_per_m3 1 M = 0.001 mol_per_cm3 1 M = 1000 mM |
| Mohm |
|
Dimension: resistance Power of 10: 6 1 Mohm = 1.00e+06 ohm 1 Mohm = 1000 kohm |
| S |
|
Dimension: conductance Power of 10: 0 1 S = 1000 mS 1 S = 1.00e+06 uS 1 S = 1.00e+09 nS 1 S = 1.00e+12 pS |
| S_per_V |
|
Dimension: conductance_per_voltage Power of 10: 0 1 S_per_V = 1.00e+06 nS_per_mV |
| S_per_cm2 |
|
Dimension: conductanceDensity Power of 10: 4 1 S_per_cm2 = 10000 S_per_m2 1 S_per_cm2 = 1000 mS_per_cm2 |
| S_per_m2 |
|
Dimension: conductanceDensity Power of 10: 0 1 S_per_m2 = 0.1 mS_per_cm2 1 S_per_m2 = 0.0001 S_per_cm2 |
| V |
|
Dimension: voltage Power of 10: 0 1 V = 1000 mV |
| cm |
|
Dimension: length Power of 10: -2 1 cm = 0.01 m 1 cm = 10000 um |
| cm2 |
|
Dimension: area Power of 10: -4 1 cm2 = 0.0001 m2 1 cm2 = 1.00e+08 um2 |
| cm3 |
|
Dimension: volume Power of 10: -6 1 cm3 = 1e-06 m3 1 cm3 = 0.001 litre 1 cm3 = 1.00e+12 um3 |
| cm_per_ms |
|
Dimension: permeability Power of 10: 1 1 cm_per_ms = 10 m_per_s 1 cm_per_ms = 1000 cm_per_s 1 cm_per_ms = 10000 um_per_ms |
| cm_per_s |
|
Dimension: permeability Power of 10: -2 1 cm_per_s = 0.01 m_per_s 1 cm_per_s = 10 um_per_ms 1 cm_per_s = 0.001 cm_per_ms |
| degC |
|
Dimension: temperature Power of 10: 0 Offset: 273.15 1 degC = 274.15 K |
| e |
|
Dimension: charge Power of 10: 0 Scale: 1.602176634e-19 1 e = 1.602177e-19 C |
| hour |
|
Dimension: time Power of 10: 0 Scale: 3600.0 1 hour = 3600 s 1 hour = 3.60e+06 ms 1 hour = 60 min |
| kohm |
|
Dimension: resistance Power of 10: 3 1 kohm = 1000 ohm 1 kohm = 0.001 Mohm |
| kohm_cm |
|
Dimension: resistivity Power of 10: 1 1 kohm_cm = 10 ohm_m 1 kohm_cm = 1000 ohm_cm |
| litre |
|
Dimension: volume Power of 10: -3 1 litre = 0.001 m3 1 litre = 1000 cm3 1 litre = 1.00e+15 um3 |
| m |
|
Dimension: length Power of 10: 0 1 m = 100 cm 1 m = 1.00e+06 um |
| m2 |
|
Dimension: area Power of 10: 0 1 m2 = 10000 cm2 1 m2 = 1.00e+12 um2 |
| m3 |
|
Dimension: volume Power of 10: 0 1 m3 = 1.00e+06 cm3 1 m3 = 1000 litre 1 m3 = 1.00e+18 um3 |
| mA_per_cm2 |
|
Dimension: currentDensity Power of 10: 1 1 mA_per_cm2 = 10 A_per_m2 1 mA_per_cm2 = 1000 uA_per_cm2 |
| mM |
|
Dimension: concentration Power of 10: 0 1 mM = 1 mol_per_m3 1 mM = 1e-06 mol_per_cm3 1 mM = 0.001 M |
| mS |
|
Dimension: conductance Power of 10: -3 1 mS = 0.001 S 1 mS = 1000 uS 1 mS = 1.00e+06 nS 1 mS = 1.00e+09 pS |
| mS_per_cm2 |
|
Dimension: conductanceDensity Power of 10: 1 1 mS_per_cm2 = 10 S_per_m2 1 mS_per_cm2 = 0.001 S_per_cm2 |
| mV |
|
Dimension: voltage Power of 10: -3 1 mV = 0.001 V |
| m_per_s |
|
Dimension: permeability Power of 10: 0 1 m_per_s = 100 cm_per_s 1 m_per_s = 1000 um_per_ms 1 m_per_s = 0.1 cm_per_ms |
| min |
|
Dimension: time Power of 10: 0 Scale: 60.0 1 min = 60 s 1 min = 6.00e+04 ms 1 min = 0.01666667 hour |
| mol |
|
Dimension: substance Power of 10: 0 |
| mol_per_cm3 |
|
Dimension: concentration Power of 10: 6 1 mol_per_cm3 = 1.00e+06 mol_per_m3 1 mol_per_cm3 = 1000 M 1 mol_per_cm3 = 1.00e+06 mM |
| mol_per_cm_per_uA_per_ms |
|
Dimension: rho_factor Power of 10: 11 1 mol_per_cm_per_uA_per_ms = 1.00e+11 mol_per_m_per_A_per_s |
| mol_per_m3 |
|
Dimension: concentration Power of 10: 0 1 mol_per_m3 = 1e-06 mol_per_cm3 1 mol_per_m3 = 0.001 M 1 mol_per_m3 = 1 mM |
| mol_per_m_per_A_per_s |
|
Dimension: rho_factor Power of 10: 0 1 mol_per_m_per_A_per_s = 1e-11 mol_per_cm_per_uA_per_ms |
| ms |
|
Dimension: time Power of 10: -3 1 ms = 0.001 s 1 ms = 1.666667e-05 min 1 ms = 2.777778e-07 hour |
| nA |
|
Dimension: current Power of 10: -9 1 nA = 1e-09 A 1 nA = 0.001 uA 1 nA = 1000 pA |
| nA_ms_per_amol |
|
Dimension: charge_per_mole Power of 10: 6 1 nA_ms_per_amol = 1.00e+06 C_per_mol |
| nF |
|
Dimension: capacitance Power of 10: -9 1 nF = 1e-09 F 1 nF = 0.001 uF 1 nF = 1000 pF |
| nS |
|
Dimension: conductance Power of 10: -9 1 nS = 1e-09 S 1 nS = 1e-06 mS 1 nS = 0.001 uS 1 nS = 1000 pS |
| nS_per_mV |
|
Dimension: conductance_per_voltage Power of 10: -6 1 nS_per_mV = 1e-06 S_per_V |
| ohm |
|
Dimension: resistance Power of 10: 0 1 ohm = 0.001 kohm 1 ohm = 1e-06 Mohm |
| ohm_cm |
|
Dimension: resistivity Power of 10: -2 1 ohm_cm = 0.01 ohm_m 1 ohm_cm = 0.001 kohm_cm |
| ohm_m |
|
Dimension: resistivity Power of 10: 0 1 ohm_m = 0.1 kohm_cm 1 ohm_m = 100 ohm_cm |
| pA |
|
Dimension: current Power of 10: -12 1 pA = 1e-12 A 1 pA = 1e-06 uA 1 pA = 0.001 nA |
| pF |
|
Dimension: capacitance Power of 10: -12 1 pF = 1e-12 F 1 pF = 1e-06 uF 1 pF = 0.001 nF |
| pS |
|
Dimension: conductance Power of 10: -12 1 pS = 1e-12 S 1 pS = 1e-09 mS 1 pS = 1e-06 uS 1 pS = 0.001 nS |
| per_V |
|
Dimension: per_voltage Power of 10: 0 1 per_V = 0.001 per_mV |
| per_hour |
|
Dimension: per_time Power of 10: 0 Scale: 0.00027777777778 1 per_hour = 0.0002777778 per_s 1 per_hour = 0.0002777778 Hz 1 per_hour = 2.777778e-07 per_ms 1 per_hour = 0.01666667 per_min |
| per_mV |
|
Dimension: per_voltage Power of 10: 3 1 per_mV = 1000 per_V |
| per_min |
|
Dimension: per_time Power of 10: 0 Scale: 0.01666666667 1 per_min = 0.01666667 per_s 1 per_min = 0.01666667 Hz 1 per_min = 1.666667e-05 per_ms 1 per_min = 60 per_hour |
| per_ms |
|
Dimension: per_time Power of 10: 3 1 per_ms = 1000 per_s 1 per_ms = 1000 Hz 1 per_ms = 6.00e+04 per_min 1 per_ms = 3.60e+06 per_hour |
| per_s |
|
Dimension: per_time Power of 10: 0 1 per_s = 1 Hz 1 per_s = 0.001 per_ms 1 per_s = 60 per_min 1 per_s = 3600 per_hour |
| s |
|
Dimension: time Power of 10: 0 1 s = 1000 ms 1 s = 0.01666667 min 1 s = 0.0002777778 hour |
| uA |
|
Dimension: current Power of 10: -6 1 uA = 1e-06 A 1 uA = 1000 nA 1 uA = 1.00e+06 pA |
| uA_per_cm2 |
|
Dimension: currentDensity Power of 10: -2 1 uA_per_cm2 = 0.01 A_per_m2 1 uA_per_cm2 = 0.001 mA_per_cm2 |
| uF |
|
Dimension: capacitance Power of 10: -6 1 uF = 1e-06 F 1 uF = 1000 nF 1 uF = 1.00e+06 pF |
| uF_per_cm2 |
|
Dimension: specificCapacitance Power of 10: -2 1 uF_per_cm2 = 0.01 F_per_m2 |
| uS |
|
Dimension: conductance Power of 10: -6 1 uS = 1e-06 S 1 uS = 0.001 mS 1 uS = 1000 nS 1 uS = 1.00e+06 pS |
| um |
|
Dimension: length Power of 10: -6 1 um = 1e-06 m 1 um = 0.0001 cm |
| um2 |
|
Dimension: area Power of 10: -12 1 um2 = 1e-12 m2 1 um2 = 1e-08 cm2 |
| um3 |
|
Dimension: volume Power of 10: -18 1 um3 = 1e-18 m3 1 um3 = 1e-12 cm3 1 um3 = 1e-15 litre |
| um_per_ms |
|
Dimension: permeability Power of 10: -3 1 um_per_ms = 0.001 m_per_s 1 um_per_ms = 0.1 cm_per_s 1 um_per_ms = 0.0001 cm_per_ms |