# Definition of the physical dimension to map to known units
# 
# Everything after a # is ignored
# No blanks are allowed at the beginning of a line !  
#
# After the ISO code follows a string with a unit which is not nown by cora.
# Then after a comma a known unit string or the absolut factor to the ISO unit
# can be specified. multiple lines can be used for the same physical dimension.
#
# No blanks are allowed in the known unit strings ! e.g. wrong: m /s   ok: m/s
# No ^ allowed to define a derived dimension.
#
#
# (ISO-Code); Unit; optional comment after #
AC; m/ss, m/s2        # Acceleration: g = 9.81 m/sē
AN;                   # Angle: rad, grad or deg
AR;                   # Area: not iso conform, derived
CH;                   # Charge: C
CU;                   # Current: A, kA, mA
DB;                   # Decibel: db
DS;                   # Displacement: km, m, cm, mm, covers DC and DV as well
EN;                   # Energy: mJ, J, kJ, MJ
FO;                   # Force: mN, N, kN, daN
FR;                   # Frequency: Hz, kHz, MHz, GHz
HU;                   # Humidity: %
IL;                   # Illuminance: lx
IM;                   # Impulse, derived
LF;                   # luminous flux: lm
LI;                   # Luminous Intensity: cd
LU;                   # Luminance: derived
MA;                   # Mass: kg, t, g, mg
MO; Nm, N*m           # Moment: Nm, kN*m, kN*mm, N*mm; mapping
MO; Nmm, 1.0e3        # Moment, Nm, kN*m, kN*mm, N*mm; factor
PO;                   # Power: mW, W, kW, MW
PR;                   # Pressure: mPa, Pa, hPa, kPa, MPa
RE;                   # Resistance, derived
SP;                   # Peak Sound Pressure Level: db
ST;                   # Strain
TE;                   # Temperature: C, K
TI;                   # Time: ms, s, min, h
VU;                   # Volume: mm, cm, m, l, hl
VO;                   # Voltage: V, kV, mV
