calculand - Volumetric heat capacity
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Impressum/Contact
A - D
E - K
L - N
P - S
T - W
Density multiplied by Specific heat capacity
Energy density divided by Temperature difference
Heat capacity divided by Volume
Pressure divided by Temperature difference
Specific weight divided by Temperature gradient
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Temperature difference
Temperature gradient
Thermal area expansion
Thermal conductance
Thermal conductivity
Thermal insulance
Thermal length expansion
Thermal resistance
Thermal resistivity
Thermal transmittance
Thermal volume expansion
Time
Time fraction
Torque
Transmissivity
Turnover number
Velocity
Velocity gradient
Voltage
Volume
Volume charge density
Volume fraction
Volumetric flow
Volumetric heat capacity
Wave number
Weight flow
Convert quantities - from Pressure and Temperature difference to Volumetric heat capacity
from ...
aN/m² - Attonewton per square metre
aPa - Attopascal
bar - Bar
Ba, b - Barye
cmHg - Centimetre of mercury
cmH₂O - Centimetre of water
cN/m² - Centinewton per square metre
cPa - Centipascal
daN/m² - Decanewton per square metre
daPa - Decapascal
dN/m² - Decinewton per square metre
dPa - Decipascal
°M/s, °McM/s - Degree MacMichael per second
dyn/cm² - Dyne per square centimetre
dyn/m² - Dyne per square metre
EN/m² - Exanewton per square metre
EPa - Exapascal
fN/m² - Femtonewton per square metre
fPa - Femtopascal
GN/m² - Giganewton per square metre
GPa - Gigapascal
g/cm s² - Gram per centimetre second squared
hN/m² - Hectonewton per square metre
hPa - Hectopascal
inHg - Inch of mercury
inH₂O - Inch of water
J/m³ - Joule per cubic metre
kg/m s² - Kilogram per metre second squared
kN/m² - Kilonewton per square metre
kPa - Kilopascal
kp/cm² - Kilopond per square centimetre
kp/dm² - Kilopond per square decimetre
kp/m² - Kilopond per square metre
kp/mm² - Kilopond per square millimetre
L/h - Langmuir per hour
L/s - Langmuir per second
MN/m² - Meganewton per square metre
MPa - Megapascal
mHg - Metre of mercury
mH₂O - Metre of water
µmHg - Micrometre of mercury
micron, µmHg - Micron
µN/m² - Micronewton per square metre
µPa - Micropascal
mbar - Millibar
mmHg - Millimetre of mercury
mmH₂O - Millimetre of water
mN/m² - Millinewton per square metre
mPa - Millipascal
mTorr - Millitorr
nN/m² - Nanonewton per square metre
nPa - Nanopascal
N/D - Newton per darcy
N/ha - Newton per hectare
N/cm² - Newton per square centimetre
N/dm² - Newton per square decimetre
N/ft² - Newton per square foot
N/in² - Newton per square inch
N/km² - Newton per square kilometre
N/m² - Newton per square metre
N/mm² - Newton per square millimetre
Pa - Pascal
PN/m² - Petanewton per square metre
PPa - Petapascal
pN/m² - Piconewton per square metre
pPa - Picopascal
pz - Pièze
p(P) - Planck pressure
P/s - Poise per second
Pl/s - Poiseuille per second
p/m² - Pond per square metre
lb/ft s² - Pound per foot second squared
lb/in s² - Pound per inch second squared
lb/m s² - Pound per metre second squared
psf, lbf/ft², lbf/sq. ft. - Pound per square foot (Pound-force per square foot)
psi, lbf/in², lbf/sq. in. - Pound-force per square inch (Pound per square inch)
lbf/m² - Pound-force per square metre
pdl/ft², pdl/sq. ft. - Poundal per square foot
pdl/in², pdl/sq. in. - Poundal per square inch
pdl/m² - Poundal per square metre
Reyn/s - Reyn per second
atm - Standard atmosphere
at - Technical atmosphere
TN/m² - Teranewton per square metre
TPa - Terapascal
Torr - Torr
yN/m² - Yoctonewton per square metre
yPa - Yoctopascal
YN/m² - Yottanewton per square metre
YPa - Yottapascal
zN/m² - Zeptonewton per square metre
zPa - Zeptopascal
ZN/m² - Zettanewton per square metre
ZPa - Zettapascal
/
and ...
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
TK - Terakelvin
yK - Yoctokelvin
YK - Yottakelvin
zK - Zeptokelvin
ZK - Zettakelvin
=
to ...
aJ/m³ K - Attojoule per cubic metre kelvin
k(B)/cm³, k(B)/ccm - Boltzmann constant per cubic centimetre
k(B)/ft³, k(B)/cu. ft. - Boltzmann constant per cubic foot
k(B)/in³, k(B)/cui - Boltzmann constant per cubic inch
k(B)/m³ - Boltzmann constant per cubic metre
BTU/cm³ K, BTU/ccm K - British thermal unit per cubic centimetre kelvin
BTU/dm³ K - British thermal unit per cubic decimetre kelvin
BTU/ft³ °F, BTU/cu. ft. °F - British thermal unit per cubic foot degree Fahrenheit
BTU/ft³ K, BTU/cu. ft. K - British thermal unit per cubic foot kelvin
BTU/in³ °F, BTU/cui °F - British thermal unit per cubic inch degree Fahrenheit
BTU/in³ K, BTU/cui K - British thermal unit per cubic inch kelvin
BTU/m³ K - British thermal unit per cubic metre kelvin
BTU/l K - British thermal unit per litre kelvin
cal/m³ K - Calorie per cubic metre kelvin
cJ/m³ K - Centijoule per cubic metre kelvin
daJ/m³ K - Decajoule per cubic metre kelvin
dJ/m³ K - Decijoule per cubic metre kelvin
eV/m³ K - Electronvolt per cubic metre kelvin
erg/m³ K - Erg per cubic metre kelvin
EJ/m³ K - Exajoule per cubic metre kelvin
fJ/m³ K - Femtojoule per cubic metre kelvin
GJ/m³ K - Gigajoule per cubic metre kelvin
hJ/m³ K - Hectojoule per cubic metre kelvin
J/cm³ K, J/ccm K - Joule per cubic centimetre kelvin
J/dm³ K - Joule per cubic decimetre kelvin
J/ft³ K, J/cu. ft. K - Joule per cubic foot kelvin
J/in³ K, J/cui K - Joule per cubic inch kelvin
J/km³ K - Joule per cubic kilometre kelvin
J/m³ °C - Joule per cubic metre degree Celsius
J/m³ °De - Joule per cubic metre degree Delisle
J/m³ °F - Joule per cubic metre degree Fahrenheit
J/m³ °N - Joule per cubic metre degree Newton
J/m³ °Ra - Joule per cubic metre degree Rankine
J/m³ °Ré - Joule per cubic metre degree Réaumur
J/m³ °Rø - Joule per cubic metre degree Rømer
J/m³ °We - Joule per cubic metre degree Wedgwood
J/m³ K - Joule per cubic metre kelvin
J/m³ T(P) - Joule per cubic metre planck temperature
J/mi³ K, J/cu. mi. K - Joule per cubic mile kelvin
J/mm³ K - Joule per cubic millimetre kelvin
J/yd³ K, J/cu. yd. K - Joule per cubic yard kelvin
J/l K - Joule per litre kelvin
J/ml K - Joule per millilitre kelvin
kcal/m³ K - Kilocalorie per cubic metre kelvin
kg/m s² K - Kilogram per metre second squared kelvin
kJ/m³ K - Kilojoule per cubic metre kelvin
kWh/in³ K, kWh/cui K - Kilowatt hour per cubic inch kelvin
kWh/m³ K - Kilowatt hour per cubic metre kelvin
MJ/m³ K - Megajoule per cubic metre kelvin
µJ/m³ K - Microjoule per cubic metre kelvin
mJ/m³ K - Millijoule per cubic metre kelvin
nJ/m³ K - Nanojoule per cubic metre kelvin
N/m² K - Newton per square metre kelvin
Pa/K - Pascal per kelvin
PJ/m³ K - Petajoule per cubic metre kelvin
pJ/m³ K - Picojoule per cubic metre kelvin
lb/ft s² K - Pound per foot second squared kelvin
lb/in s² K - Pound per inch second squared kelvin
TJ/m³ K - Terajoule per cubic metre kelvin
Ws/m³ K - Watt second per cubic metre kelvin
yJ/m³ K - Yoctojoule per cubic metre kelvin
YJ/m³ K - Yottajoule per cubic metre kelvin
zJ/m³ K - Zeptojoule per cubic metre kelvin
ZJ/m³ K - Zettajoule per cubic metre kelvin
© 2010 - 2025 Norbert Schneider
