calculand - Spectral responsivity
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Impressum/Contact
A - D
E - K
L - N
P - S
T - W
Capacitance divided by Charge
Charge divided by Energy
Conductance divided by Current
Current divided by Power
Noise spectral density divided by Noise-equivalent power
Polarizability divided by Quadrupole moment
Time divided by Magnetic flux
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Particle density
Particle flux
Particle spectrum
Permeability
Permeation
Permittivity
Polarizability
Power
Power density
Power gradient
Precipitation
Pressure
Pressure gradient
Quadrupole moment
Radiance
Radiant exposure
Radiant intensity
Reduced field strength
Relative density
Reluctance
Residence time
Resistance
Resistivity
Rotational inertia
Solid angle
Space velocity
Specific activity
Specific angular momentum
Specific area
Specific discharge
Specific energy
Specific enzyme activity
Specific heat capacity
Specific length
Specific momentum
Specific power
Specific rotation
Specific volume
Specific weight
Spectral efficiency
Spectral energy
Spectral exposure
Spectral intensity
Spectral irradiance
Spectral power
Spectral radiance
Spectral responsivity
Stiffness
Surface activity
Surface charge density
Surface concentration
Surface tension
Convert quantities - from Conductance and Current to Spectral responsivity
from ...
A/statV - Ampere per statvolt
A/V - Ampere per volt
A² s³/kg m² - Ampere squared second cubed per kilogram square metre
A² s³/lb in² - Ampere squared second cubed per pound square inch
aS - Attosiemens
Bi/statV - Biot per statvolt
Bi/V - Biot per volt
cm/s - Centimetre per second
cS - Centisiemens
daS - Decasiemens
dS - Decisiemens
ES - Exasiemens
fS - Femtosiemens
GS - Gigasiemens
hS - Hectosiemens
kƱ - Kilomho
kS - Kilosiemens
MS - Megasiemens
Ʊ, 1/Ω - Mho
µS - Microsiemens
mƱ - Millimho
mS - Millisiemens
nS - Nanosiemens
PS - Petasiemens
pS - Picosiemens
G(P) - Planck conductance
s/H - Second per henry
S - Siemens
TS - Terasiemens
yS - Yoctosiemens
YS - Yottasiemens
zS - Zeptosiemens
ZS - Zettasiemens
/
and ...
abA - Abampere
A - Ampere
aA - Attoampere
Bi - Biot
cA - Centiampere
C/s - Coulomb per second
daA - Decaampere
dA - Deciampere
e/s - Elementary charge per second
EA - Exaampere
fA - Femtoampere
Fr/s - Franklin per second
GA - Gigaampere
Gi, Gb - Gilbert
hA - Hectoampere
JKU - Jakobi's Knallgas (oxyhydrogen) unit (approx.)
J/Vs - Joule per volt second
J/Wb - Joule per weber
kA - Kiloampere
MA - Megaampere
ƱV - Mho volt
µA - Microampere
mA - Milliampere
nA - Nanoampere
PA - Petaampere
pA - Picoampere
I(P) - Planck current
SV - Siemens volt
statA - Statampere
TA - Teraampere
V/Ω - Volt per ohm
W/V - Watt per volt
yA - Yoctoampere
YA - Yottaampere
zA - Zeptoampere
ZA - Zettaampere
=
to ...
A/kW - Ampere per kilowatt
A/MW - Ampere per megawatt
A/µW - Ampere per microwatt
A/mW - Ampere per milliwatt
A/nW - Ampere per nanowatt
A/W - Ampere per watt
A s³/kg m² - Ampere second cubed per kilogram square metre
A s³/lb in² - Ampere second cubed per pound square inch
As/J - Ampere second per joule
aA/W - Attoampere per watt
B/Jm² - Buckingham per joule square metre
cA/W - Centiampere per watt
C/J - Coulomb per joule
C/kWh - Coulomb per kilowatt hour
C/Ws - Coulomb per watt second
daA/W - Decaampere per watt
dA/W - Deciampere per watt
qₑ/eV - Electron charge per electronvolt
e/eV - Elementary charge per electronvolt
EA/W - Exaampere per watt
F/C - Farad per coulomb
F in²/B - Farad square inch per buckingham
Fm²/B - Farad square metre per buckingham
fA/W - Femtoampere per watt
GA/W - Gigaampere per watt
hA/W - Hectoampere per watt
kA/W - Kiloampere per watt
MA/W - Megaampere per watt
µA/W - Microampere per watt
mA/W - Milliampere per watt
nA/W - Nanoampere per watt
PA/W - Petaampere per watt
pA/W - Picoampere per watt
q(P)/E(P) - Planck charge per planck energy
I(P)/P(P) - Planck current per planck power
s/Φₒ - Second per magnetic flux quantum
s/Wb - Second per weber
S/A - Siemens per ampere
TA/W - Teraampere per watt
1/V - Volt reciprocal
yA/W - Yoctoampere per watt
YA/W - Yottaampere per watt
zA/W - Zeptoampere per watt
ZA/W - Zettaampere per watt
© 2010 - 2025 Norbert Schneider
