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blackbody_spectrum Read-only

Calculate both Wien peaks, Planck peak spectral radiances and Stefan-Boltzmann radiant exitance for an ideal blackbody from 1 K to 100000 K. Numerically integrates the fraction of total power in a wavelength band, default 380-760 nm, using shared CODATA 2018 constants.

temperature_knumber, required

Temperature from 1 K to 100000 K.

band_max_nmnumber

Upper wavelength in nm, greater than lower; default 760.

band_min_nmnumber

Positive lower wavelength in nm; default 380.

Argument	Type	Description
material	string
energy_mev*	number	Proton kinetic energy, 50–250 MeV.
spread_percent	number	Gaussian energy standard deviation in percent, 0–5; default 1.

Argument	Type	Description
to*	string	Destination unit.
from*	string	Source unit.
value*	number	Nonnegative value.

Argument	Type	Description
env*	string
hours	number	Duration in hours, 0 to 8784. Default 1.
solar	string
w_index	number	Solar modulation W-index, 0 to 150. Supply this or solar.
latitude*	number	Latitude in degrees, -90 to 90.
longitude*	number	Longitude in degrees east, -180 to 180.
altitude_km

Argument	Type	Description
material	string
particle	string
kinetic_mev	number	Kinetic energy in MeV; supply this or momentum_mev.
momentum_mev	number	Momentum in MeV/c; supply this or kinetic_mev.
thickness_um	number	Traversed thickness in micrometres.

Argument	Type	Description
limit	integer	Rows to return, 1 to 50 (default 10).
metric	string	Metric, e.g. f2q (two-qubit gate fidelity), t1, t2_echo, readout_fidelity.
platform	string	Qubit platform.
statistic	string	How the figure was summarised in the source.
since_year	integer	Only results published in this year or later.

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Argument	Type	Description
band_max_nm	number	Upper wavelength in nm, greater than lower; default 760.
band_min_nm	number	Positive lower wavelength in nm; default 380.
temperature_k*	number	Temperature from 1 K to 100000 K.

Argument	Type	Description
order	integer	Diffraction order m
width_mm	number	Illuminated surface width (mm)
grooves_mm	number	Groove density (lines/mm)
incidence_deg	number	Incidence angle alpha (deg)
wavelength_nm	number	Wavelength (nm)

Argument	Type	Description
charge	number	Charge magnitude, default 1.
material*	string	Material ID or name.
particle*	string	mu, pi, k or p.
kinetic_mev	number	Kinetic energy in MeV; supply this or momentum_mev.
momentum_mev	number	Momentum in MeV/c; supply this or kinetic_mev.
thickness_um*	number	Thickness in micrometres, positive.

Argument	Type	Description
tx_dbm*	number	Transmitter power (dBm)
splices*	integer	Splice count
power_mw	number	Optional positive power to convert to dBm, default 1 mW.
length_km*	number	Length (km)
splice_db*	number	Loss per splice (your specification) (dB)
connectors*	integer	Connector count
reserve_db*	number	Engineering reserve (dB)
bit_fraction*	number	Allowed broadening / bit period (assumption)

Argument	Type	Description
unit*	string
isotope*	string	Nuclide ID, e.g. co60, cs137, ir192.
activity*	number	Nonnegative activity.
material	string	Optional shield: lead, concrete, steel approximated by iron, or water.
delta_kev	number	Photon cutoff in keV, strictly greater energies included; default 20.
distance_m*	number	Positive distance in metres.
thickness_mm	number	Optional nonnegative shield thickness in millimetres.

Argument	Type	Description
m2*	number	Beam propagation ratio M^2
z_m*	number	Distance from waist z (m)
w0_mm*	number	Waist radius w0 (mm)
power_w*	number	Power (W)
focal_mm*	number	Lens focal length (mm)
wavelength_nm*	number	Wavelength (nm)
lens_radius_mm*	number	Collimated radius at lens (mm)

Argument	Type	Description
z	number	Integer nuclear charge 1 to 20, required for ion.
n_lower*	number	Lower principal quantum number, integer >= 1.
n_upper*	number	Upper principal quantum number, integer > n_lower and <= 10000.
species	string	H, D or ion; default H.
nuclear_mass_kg	number	Bare nuclear mass in kg, required for ion.

Argument	Type	Description
er	number	Relative permittivity er; default 4.4.
width_mm	number	Width w (mm); default 3.
height_mm	number	Substrate height h (mm); default 1.6.
target_ohm	number	Target impedance (ohm); default 50.
thickness_mm	number	Conductor thickness t (mm); default 0.035.

Argument	Type	Description
bits	number	ADC resolution, integer 1 to 64; default 12.
sinad_db	number	Measured ADC SINAD in dB, at least 1.76; default 74.
current_a	number	DC current for shot noise in ampere, 0 or more; default 0.
signal_dbm	number	Signal power at the input in dBm; default -100.
bandwidth_hz*	number	Noise bandwidth in hertz, greater than 0.
temperature_k*	number	Temperature in kelvin, greater than 0.
resistance_ohm*	number	Resistance in ohm, greater than 0.

Argument	Type	Description
qe	number	External quantum efficiency (0 to 1)
mode	string	Input mode
dark_a	number	Dark current (A)
power_w	number	Optical power (W)
material	string	Bandgap reference material
bandwidth_hz	number	Noise bandwidth (Hz)
wavelength_nm	number	Wavelength (nm)
responsivity_aw	number	Measured responsivity (A/W)

Argument	Type	Description
mode	string	Whether t2_us denotes T2 or Tphi; default t2.
t1_us	number	Relaxation T1 (microseconds); default 100.
t2_us	number	T2 or Tphi (microseconds); default 100.
gate_ns	number	Gate time (ns); default 20.
success	number	Target success proxy P (0 to 1); default 0.99.

Argument	Type	Description
material*	string	si, ge or gaas.
temperature_k*	number	Temperature, 100 to 600 K.
net_doping_cm3*	number	Signed ND minus NA in cm-3, between -1e20 and 1e20.

Argument	Type	Description
material*	string	Material ID or name, e.g. lead or pb.
energy_kev*	number	Photon energy in keV.
thickness_mm*	number	Thickness in mm, nonnegative.

Argument	Type	Description
particle*	string
width_nm*	number	Barrier width in nm, 0 or more.
energy_ev*	number	Particle kinetic energy in eV, greater than 0.
height_ev*	number	Barrier height in eV, greater than 0.

Argument	Type	Description
target	number	Optional positive target activity, at most the initial activity.
elapsed*	number	Elapsed time.
initial*	number	Initial activity.
isotope*	string	Isotope ID, e.g. mo99.
time_unit*	string	s, min, h, d or y.
activity_unit*	string	Activity unit, e.g. Bq or Ci.

Argument	Type	Description
field_t	number	Positive dipole field in tesla; supply this or radius_m.
particle*	string
radius_m	number	Positive bending radius in metres; supply this or field_t.
current_ma*	number	Beam current in mA, nonnegative.
energy_gev*	number	Total energy in GeV, above rest energy.
circumference_m	number	Optional positive circumference in metres.

Argument	Type	Description
kvp*	number	Tube voltage 40-150 kVp.
mas*	number	Nonnegative tube loading in mAs.
filters*	array
distance_m*	number	Positive distance from focal spot in metres.