Wolfram Language Paclet Repository
Community-contributed installable additions to the Wolfram Language
PeterBurbery`DimensionalAnalysis`
PhysicalQuantityData  |
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Details and Options
Examples
(5)
Basic Examples
(5)
Find the SI base unit for magnetic inductance:
In[1]:=
 | PhysicalQuantityData |
Out[1]=
1
kg/()
2
m
2
s
2
A
Compute extensive and intensive properties of the SI base quantities:
In[2]:=
SIbaseunits={"Time","Length","Mass","ElectricalCurrent","Temperature","AmountOfSubstance","LuminousIntensity"};
In[3]:=
AssociationMap
[#,"PhysicalPropertyType"]&,SIbaseunits
 | PhysicalQuantityData |
Out[3]=
TimeMissing[NotApplicable],Lengthextensive,Massextensive,ElectricalCurrentMissing[UnknownEntity,{PhysicalQuantity,ElectricalCurrent}],Temperatureintensive,AmountOfSubstanceMissing[UnknownEntity,{PhysicalQuantity,AmountOfSubstance}],LuminousIntensityMissing[NotAvailable]
Select intensive values:
In[4]:=
inten=Select[#"intensive"&]AssociationMap
[#,"PhysicalPropertyType"]&,SIbaseunits
 | PhysicalQuantityData |
Out[4]=
Temperatureintensive
Get the base units:
In[5]:=
| PhysicalQuantityData |
Out[5]=
1
K
Find instances of time:
In[1]:=
| PhysicalQuantityData |
Out[1]=
,,,,,,,,,,,,,,,
characteristic time
data transfer time
downtime
elapsed real time
lag
latency
moving time
ping time
Poincaré recurrence time
relaxation time
reverberation time
round-trip delay
time difference
time shift
uptime
working time
Display the instances as a column of strings:
In[2]:=
ColumnTextForm/@CanonicalName/@
["Time","Instances"]
| PhysicalQuantityData |
Out[2]=
CharacteristicTime |
DataTransferTime |
Downtime |
ElapsedRealTime |
Lag |
Latency |
MovingTime |
PingTime |
PoincareRecurrenceTime |
RelaxationTime |
ReverberationTime |
RoundTripDelay |
TimeDifference |
TimeShift |
Uptime |
WorkingTime |
Display instances of mass in a column:
In[1]:=
ColumnTextForm/@CanonicalName/@
["Mass","Instances"]
| PhysicalQuantityData |
Out[1]=
BasisWeight |
BodyMass |
CharacteristicMass |
DeadweightTonnage |
DrainedNetWeight |
DryMass |
DryWeight |
EffectiveMass |
FermentationMass |
FreshWeight |
GravitationalMass |
GrossVehicleWeightRating |
GrossWeight |
InertialMass |
JeansMass |
LiquidMass |
MassAdequate |
MassDefect |
MassExcess |
NetWeight |
NetWeightOfDryMatter |
OrganicMatter |
ParticulateMatter |
ReducedMass |
RelativisticMass |
RestMass |
ShipDisplacement |
TareWeight |
TotalWeight |
WetMass |
Display instances of length:
In[1]:=
ColumnTextForm/@CanonicalName/@
["Length","Instances"]
| PhysicalQuantityData |
Out[1]=
BondLength |
BreakingLength |
DiagonalLength |
FocalLength |
JeansLength |
NuclearCollisionLength |
NuclearInteractionLength |
ScatteringLength |
Get a random sample of 100 physical quantities out of all physical quantities:
In[1]:=
RandomSample
[],100
 | PhysicalQuantityData |
Out[1]=
,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
electric charge per mass
pressure head loss term
photometric sensitivity
solar hour angle
wave energy
scattering length
correlated color temperature
direction and energy distribution of cross section
absolute magnitude H
absolute bearing
permittivity space-frequency tensor density
electrocaloric coefficient
negative carrier diffusion length
pulsar luminosity
Deborah number
vibration strain gauge factor
squat count
sound exposure
information per money
population density
turbulent kinetic energy dissipation rate per mass
J-H color index
Lockhart-Martinelli parameter
photon energy
bean count
dry weight
dot pitch
inverse Henry's law constant
emission measure
beam emittance
electric capacitance capacity
volume cross section
differential unidirectional flux
torsional constant
retentivity
word rate
total current
thigh count
2-dimensional bound state momentum space wave function
G-band apparent magnitude
money per information
radiation length
tempergy
radial distance
heat engine efficiency
fluidity
electrical energy
rainfall runoff erosivity factor
reverberation time
floating point operation rate
thin film permeability
equivalent ionizing radiation dose rate
radio luminosity
money per area
peel strength
creep strength
effective diffusion coefficient
spatial light modulator sensitivity
base pair count
statistical weight of subsystem
normalized entropy
gel point temperature
molar heat capacity coefficient C
money per person
acceleration
contact density
Hooke number
slope parameter G
tidal power
grand canonical partition function
electric power
sound angular frequency
geocentric ecliptic longitude
inverse area
orbital radius
shear force
second hypersusceptibility
packet rate
stress birefringence
V-I color index
Poynting vector
phase shift
spherical irradiance
true vapor pressure
energy per money
Gas Mark
isentropic specific heat capacity
drink count
nugget count
gravitational acceleration
item count
electric impedance
bond force constant
geometric albedo
partial pressure
density parameter
ionizing radiation exposure dose rate
magnetic tension
person distance rate
logarithmic loudness level
Search for all names with "induct":
Find the units of each quantity with the name induct: