imaginary = [] = i = reactive
A2 = amp * amp = A²
A2h = amp * amp * hour = A²h
A2s = amp * amp * second = A²s
APerA = amp / amp = A/A
APerm = amp / meter = A/m
As = amp * second = A·s
CPerkg = coulomb / kilogram = C/m
CPerm2 = coulomb / meter / meter = C/m²
CPerm3 = coulomb / meter / meter / meter = C/m³
FPerm = farad / meter = F/m
GyPers = gray / second = Gy/s
HPerm = henry / meter = H/m
HzPerHz = hertz / hertz = Hz/Hz
HzPers = herts / second = Hz/s
JPerK = joule / kelvin = J/K
JPerkg = joule / kilogram = J/kg
JPerkgK = joule / kilogram / kelvin = J/kg·K
JPerm2 = joule / meter / meter = J/m²
JPerm3 = joule / meter / meter = J/m³
JPermol = joule / mol = J/mol
JPermolK = joule / mol / kelvin = J/mol·K
JPers = joule / second = J/s
KPers = kelvin / second = K/s
NPerm = newton / meter = N/m
Nm = newton * meter = N·m
PaPers = pascal / second = Pa/s
Pas = pascal * second = Pas
Q = imaginary * watt = Q
Qh = imaginary * watt * hour = Qh
SPerm = siemens / meter = S/m
V2 = volt * volt = V²
V2h = volt * volt * hour = V²h
VAh = volt * amp * hour = VA·h
VAr = watt * imaginary = VAr
VArh = watt * hour * imaginary = VAr·h
VPerHz = volt / hertz = V/Hz
VPerV = volt / volt = V/V
VPerVA = volt / volt / amp = V/VA
VPerVAr = volt / volt / amp / imaginary = V/VAr
VPerm = volt / meter = V/m
Vh = volt * hour = Vh
Vs = volt * second = Vs
WPerA = watt / amp = W/A
WPerHz = watt / hertz = W/Hz
WPerW = watt / watt = W/W
WPerm2 = watt / meter / meter = W/m²
WPerm2sr = watt / meter / meter / steradian = W/m²sr
WPermK = watt / meter / kelvin = W/m·K
WPers = watt / second = W/s
WPersr = watt / steradian = W/sr
anglemin = arcminute = arcmin
anglesec = arcsecond = arcsec
charPers = baud = bps
character = bit = bit
cosPhi = [] = cosφ
ft3 = feet * feet * feet = ft³
gPerg = gram / gram = g/g
katPerm3 = katal / meter / meter / meter = kat/m³
kgPerJ = kilogram / joule = kg/J
kgPerm3 = kilogram / meter / meter / meter = kg/m³
kgm = kilogram * meter = kg·m
kgm2 = kilogram * meter * meter = kg·m²
kn = knot = kt
lPerh = litre / hour = L/h
lPerl = litre / litre = L/L
lPers = litre / meter = L/m
m2 = meter * meter = m²
m2Pers = meter * meter / second = m²/s
m3 = meter * meter * meter = m³
m3Compensated = meter * meter * meter = m³_comp
m3Perh = meter * meter * meter / hour = m³/h
m3Perkg = meter * meter * meter / kilogram = m³/kg
m3Pers = meter * meter * meter / second = m³/s
m3Uncompensated = meter * meter * meter = m³_uncomp
mPerm3 = meter / meter / meter / meter = m/m³
mPers = meter / second = m/s
mPers2 = meter / second / second = m/s²
molPerkg = mol / kilogram = mol/kg
molPerm3 = mol / meter / meter / meter = mol/m³
molPermol = mol / mol = mol/mol
none = [] = _
ohmPerm = ohm / meter = ohm/m
ohmm = ohm * meter = ohm·m
onePerHz = 1 / hertz = Hz_1
onePerm = 1 / meter = m_1
radPers = radian / second = rad/s
radPers2 = radian / second / second = rad/s²
rev = revolution
rotPers = hertz = Hz
sPers = second / second = s/s
