calculand - Schrödinger temperature
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Boltzmann constant
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Schrödinger temperature -
T
Schrödinger
= √(e¹⁰ / (ħ⁴ · G · (4 · π · εₒ)⁵ · k
B
²))
abC - Abcoulomb
Ah - Ampere hour
Amin - Ampere minute
As - Ampere second
aC - Attocoulomb
Bis - Biot second
B/m² - Buckingham per square metre
B/Ų - Buckingham per square ångstrøm
cAh - Centiampere hour
cC - Centicoulomb
C - Coulomb
D/ft - Debye per foot
D/in - Debye per inch
D/m - Debye per metre
D/Å - Debye per ångstrøm
daC - Decacoulomb
dAh - Deciampere hour
dC - Decicoulomb
qₑ - Electron charge
e - Elementary charge
EC - Exacoulomb
faraday - Faraday
fC - Femtocoulomb
Fr - Franklin
GC - Gigacoulomb
hC - Hectocoulomb
J/V - Joule per volt
kC - Kilocoulomb
kWh/V - Kilowatt hour per volt
Mx/Ω - Maxwell per ohm
MC - Megacoulomb
µC - Microcoulomb
mAh - Milliampere hour
mC - Millicoulomb
nC - Nanocoulomb
Nm/V - Newton metre per volt
PC - Petacoulomb
pC - Picocoulomb
q(P) - Planck charge
statC - Statcoulomb
TC - Teracoulomb
VF - Volt farad
Vs/Ω - Volt second per ohm
Wh/V - Watt hour per volt
Ws/V - Watt second per volt
Wb/Ω - Weber per ohm
yC - Yoctocoulomb
YC - Yottacoulomb
zC - Zeptocoulomb
ZC - Zettacoulomb
aJs - Attojoule second
cals - Calorie second
cJs - Centijoule second
daJs - Decajoule second
dJs - Decijoule second
ħ, h/2π - Dirac constant
dynms - Dynemetre second
eVs - Electronvolt second
ergs - Erg second
EeVs - Exaelectronvolt second
EJs - Exajoule second
fJs - Femtojoule second
GeVs - Gigaelectronvolt second
GJs - Gigajoule second
hJs - Hectojoule second
Jh - Joule hour
Jmin - Joule minute
Js - Joule second
kcals - Kilocalorie second
keVs - Kiloelectronvolt second
kg m²/s - Kilogram square metre per second
kJs - Kilojoule second
kpms - Kilopond metre second
MeVs - Megaelectronvolt second
MJs - Megajoule second
mkps - Metre kilopond second
µJs - Microjoule second
mJs - Millijoule second
nJs - Nanojoule second
Nms - Newton metre second
PeVs - Petaelectronvolt second
PJs - Petajoule second
pJs - Picojoule second
h - Planck constant
planck - Planck
pms - Pond metre second
TeVs - Teraelectronvolt second
TJs - Terajoule second
VAs² - Volt ampere second squared
Ws² - Watt second squared
yJs - Yoctojoule second
YeVs - Yottaelectronvolt second
YJs - Yottajoule second
zJs - Zeptojoule second
ZeVs - Zettaelectronvolt second
ZJs - Zettajoule second
Ah/Vm - Ampere hour per volt metre
Amin/Vm - Ampere minute per volt metre
As/Vm - Ampere second per volt metre
A² s⁴/kg m³ - Ampere squared quartic second per kilogram cubic metre
aF/m - Attofarad per metre
cF/m - Centifarad per metre
C/Vm - Coulomb per volt metre
daF/m - Decafarad per metre
dF/m - Decifarad per metre
εₒ - Electric constant (Vacuum permittivity)
e/Vm - Elementary charge per volt metre
EF/m - Exafarad per metre
F/cm - Farad per centimetre
F/dm - Farad per decimetre
F/ft - Farad per foot
F/in - Farad per inch
F/km - Farad per kilometre
F/m - Farad per metre
F/mm - Farad per millimetre
fF/m - Femtofarad per metre
GF/m - Gigafarad per metre
hF/m - Hectofarad per metre
kF/m - Kilofarad per metre
MF/m - Megafarad per metre
Ʊs/m - Mho second per metre
µF/m - Microfarad per metre
mF/m - Millifarad per metre
nF/cm - Nanofarad per centimetre
nF/km - Nanofarad per kilometre
nF/m - Nanofarad per metre
PF/m - Petafarad per metre
pF/cm - Picofarad per centimetre
pF/km - Picofarad per kilometre
pF/m - Picofarad per metre
s/Ωm - Second per ohm metre
Ss/m - Siemens second per metre
TF/m - Terafarad per metre
yF/m - Yoctofarad per metre
YF/m - Yottafarad per metre
zF/m - Zeptofarad per metre
ZF/m - Zettafarad per metre
aJ/K - Attojoule per kelvin
k(B) - Boltzmann constant
cal/K - Calorie per kelvin
cJ/K - Centijoule per kelvin
Cl - Clausius
daJ/K - Decajoule per kelvin
dJ/K - Decijoule per kelvin
dynm/K - Dyne metre per kelvin
eV/K - Electronvolt per kelvin
erg/K - Erg per kelvin
EeV/K - Exaelectronvolt per kelvin
EJ/K - Exajoule per kelvin
fJ/K - Femtojoule per kelvin
GeV/K - Gigaelectronvolt per kelvin
GJ/K - Gigajoule per kelvin
hJ/K - Hectojoule per kelvin
J/°C - Joule per degree Celsius
J/°De - Joule per degree Delisle
J/°F - Joule per degree Fahrenheit
J/°N - Joule per degree Newton
J/°Ra - Joule per degree Rankine
J/°Ré - Joule per degree Réaumur
J/°Rø - Joule per degree Rømer
J/°We - Joule per degree Wedgwood
J/K - Joule per kelvin
J/T(P) - Joule per planck temperature
kcal/K - Kilocalorie per kelvin
keV/K - Kiloelectronvolt per kelvin
kg m²/K s² - Kilogram square metre per kelvin second squared
kJ/K - Kilojoule per kelvin
kpm/K - Kilopond metre per kelvin
kWh/°C - Kilowatt hour per degree Celsius
kWh/°F - Kilowatt hour per degree Fahrenheit
kWh/K - Kilowatt hour per kelvin
mayer - Mayer
MeV/K - Megaelectronvolt per kelvin
MJ/K - Megajoule per kelvin
mkp/K - Metre kilopond per kelvin
µJ/K - Microjoule per kelvin
mJ/K - Millijoule per kelvin
nJ/K - Nanojoule per kelvin
Nm/K - Newton metre per kelvin
PeV/K - Petaelectronvolt per kelvin
PJ/K - Petajoule per kelvin
pJ/K - Picojoule per kelvin
E(P)/K - Planck energy per kelvin
E(P)/T(P) - Planck energy per planck temperature
pm/K - Pond metre per kelvin
lb in²/K s² - Pound square inch per kelvin second squared
lb in²/K s² - Pound square inch per kelvin second squared
TeV/K - Teraelectronvolt per kelvin
TJ/K - Terajoule per kelvin
Wh/K - Watt hour per kelvin
Wmin/K - Watt minute per kelvin
Ws/K - Watt second per kelvin
yJ/K - Yoctojoule per kelvin
YeV/K - Yottaelectronvolt per kelvin
YJ/K - Yottajoule per kelvin
zJ/K - Zeptojoule per kelvin
ZeV/K - Zettaelectronvolt per kelvin
ZJ/K - Zettajoule per kelvin
aK - Attokelvin
cK - Centikelvin
daK - Decakelvin
dK - Decikelvin
°C - Degree Celsius
°De - Degree Delisle
°F - Degree Fahrenheit
°N - Degree Newton
°Ra - Degree Rankine
°Ré - Degree Réaumur
°Rø - Degree Rømer
°We - Degree Wedgwood
eV - Electronvolt (Energy)
EK - Exakelvin
fK - Femtokelvin
GK - Gigakelvin
hK - Hectokelvin
J - Joule (Energy)
K - Kelvin
kK - Kilokelvin
MK - Megakelvin
µK - Microkelvin
mK - Millikelvin
nK - Nanokelvin
PK - Petakelvin
pK - Picokelvin
T(P) - Planck temperature
T(S) - Schrödinger temperature
T(St) - Stoney temperature
T ☉ - Sun (effective)
TK - Terakelvin
yK - Yoctokelvin
YK - Yottakelvin
zK - Zeptokelvin
ZK - Zettakelvin
√(
¹⁰
/ (
⁴
·
G
· (4 · π ·
)⁵ ·
²
))=
© 2010 - 2024 Norbert Schneider
