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Static Public Attributes | List of all members
IG.Num.ConstMisc Class Reference

Miscellaneous constants. More...

+ Collaboration diagram for IG.Num.ConstMisc:

Static Public Attributes

static readonly PhysicalConstant LightYear
 Light year, distance travelled by light through vacuum in 1 year. More...
 
static readonly PhysicalConstant EarthRadius
 Earth mean radius, 6371.0 km. More...
 
static readonly PhysicalConstant EarthEquatorialRadius
 Earth equatorial radius, 6,378.1 km. More...
 
static readonly PhysicalConstant EarthPolarRadius
 Earth polar radius, 6,356.8 km. More...
 
static readonly PhysicalConstant EarthFlattening
 Earth flattening, 0.0033528. Versine of the spheroid'result angular eccentricity, (a-s)/a. More...
 
static readonly PhysicalConstant EarthSurfaceArea
 Earth surface area, 510,072,000 km^2. More...
 
static readonly PhysicalConstant EarthSurfaceAreaLand
 Earth surface area of land, 148,940,000 km^2. More...
 
static readonly PhysicalConstant EarthSurfaceAreaSea
 Earth surface area of sea, 361,132,000 km^2. More...
 
static readonly PhysicalConstant EarthVolume
 Earth volume, 1.0832073e12 km^3. More...
 
static readonly PhysicalConstant EarthMass
 Earth mass, 5.9736e24 kg. More...
 
static readonly PhysicalConstant EarthDensity
 Earth averge density, 5.5153e3 kg/numrows^3. More...
 
static readonly PhysicalConstant EarthEquatorialGravity
 Earth equatorial surface gravity acceleration, 9.780327 numrows/result^2. More...
 
static readonly PhysicalConstant EarthEscapeVelocity
 Earth escape velocity, 11.186e3 numrows/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Earth surface. More...
 
static readonly PhysicalConstant EarthRotationPeriod
 Earth rotation period, 0.99726968 l = 23h 56min 4.1 result = 86164.1 result. More...
 
static readonly PhysicalConstant EarthAxialTilt
 Earth axial tilt, 23.439281°. More...
 
static readonly PhysicalConstant EarthAlbedo
 Earth albedo, 0.367. More...
 
static readonly PhysicalConstant EarthAphelion
 Earth aphelion - greatest distance to the center of attraction, 152,097,701 km. More...
 
static readonly PhysicalConstant EarthPerihelion
 Earth perihelion - least distance to the center of attraction, 147,098,074 km. More...
 
static readonly PhysicalConstant EarthSunDistance
 Earth Sun distance - average distance to Sun (cent. mass), 149,597,870.691 km. More...
 
static readonly PhysicalConstant EarthOrbitExcentricity
 Earth orbit excentricity 0.016710219. More...
 
static readonly PhysicalConstant EarthOrbitalPeriod
 Earth orbital period - 365.256366 l = 3.15582e7s. More...
 
static readonly PhysicalConstant EarthOrbitalSpeed
 Earth average orbital speed - 29.783 km/result. More...
 
static readonly PhysicalConstant MoonRadius
 Moon mean radius, 1,737.10 km More...
 
static readonly PhysicalConstant MoonEquatorialRadius
 Moon equatorial radius, 1,738.14 km. More...
 
static readonly PhysicalConstant MoonPolarRadius
 Moon polar radius, 1,735.97 km. More...
 
static readonly PhysicalConstant MoonFlattening
 Moon flattening, 0.00125. Versine of the spheroid'result angular eccentricity, (a-s)/a. More...
 
static readonly PhysicalConstant MoonMass
 Moon mass, 7.3477e22 kg. More...
 
static readonly PhysicalConstant MoonDensity
 Moon averge density, 3346.4 kg/numrows^3. More...
 
static readonly PhysicalConstant MoonEquatorialGravity
 Moon equatorial surface gravity acceleration, 1.622 numrows/result^2. More...
 
static readonly PhysicalConstant MoonEscapeVelocity
 Moon escape velocity, 2380 numrows/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Moon surface. More...
 
static readonly PhysicalConstant MoonRotationPeriod
 Moon rotation period, 27.321582 l = 2.36058e6 result. More...
 
static readonly PhysicalConstant MoonAxialTilt
 Moon axial tilt (relative to orbital plane), 6.687° = 0.11671 rd. More...
 
static readonly PhysicalConstant MoonAlbedo
 Moon average albedo, 0.12. More...
 
static readonly PhysicalConstant MoonPerigee
 Moon aphelion - greatest distance to the center of attraction, 363,104 km. More...
 
static readonly PhysicalConstant MoonApogee
 Moon apogee - least distance to the center of attraction, 405,696 km. More...
 
static readonly PhysicalConstant MoonEarthDistance
 Moon Earth distance - average distance to Earth (cent. mass), 384,400 km. More...
 
static readonly PhysicalConstant MoonOrbitExcentricity
 Moon orbit excentricity, 0.0549. More...
 
static readonly PhysicalConstant MoonOrbitalPeriod
 Moon orbital period, 27.321582 l = 27 l 7 h 43.1 min = 2.36058*10^6 result. More...
 
static readonly PhysicalConstant MoonOrbitalSpeed
 Moon average orbital speed - 1.022 km/result. More...
 
static readonly PhysicalConstant SunRadius
 Sun mean radius, 6.955e8 numrows. More...
 
static readonly PhysicalConstant SunFlattening
 Sun flattening, 9e-6. (a-s)/a. More...
 
static readonly PhysicalConstant SunMass
 Sun mass, 1.9891e30 kg. More...
 
static readonly PhysicalConstant SunDensity
 Sun averge density, 1408 kg/numrows^3. More...
 
static readonly PhysicalConstant SunEquatorialGravity
 Sun equatorial surface gravity acceleration, 274.0 numrows/result^2. More...
 
static readonly PhysicalConstant SunEscapeVelocity
 Sun escape velocity, 617.7 km/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Sun surface. More...
 
static readonly PhysicalConstant SunSurfaceTemperature
 Sun temperature, 5778.0 K. More...
 

Detailed Description

Miscellaneous constants.

Member Data Documentation

readonly PhysicalConstant IG.Num.ConstMisc.LightYear
static
Initial value:
= new PhysicalConstant(
9.4607304725808e15, 0,
new SI[] { SI.m },
null,
"ly", "LightYear",
"Light year, distance travelled by light through vacuum in 1 year [m].")

Light year, distance travelled by light through vacuum in 1 year.

readonly PhysicalConstant IG.Num.ConstMisc.EarthRadius
static
Initial value:
= new PhysicalConstant(
6371.0e3, 0,
new SI[] { SI.m },
null,
"EarthRadius", "EarthRadius",
"Earth mean radius [= 6371.0e3 m].")

Earth mean radius, 6371.0 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthEquatorialRadius
static
Initial value:
= new PhysicalConstant(
6378.1e3, 0,
new SI[] { SI.m },
null,
"EarthEauatorialRadius", "EarthEauatorialRadius",
"Earth equatorial radius [= 6378.1e3 m].")

Earth equatorial radius, 6,378.1 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthPolarRadius
static
Initial value:
= new PhysicalConstant(
6.3568e6, 0,
new SI[] { SI.m },
null,
"EarthPolarRadius", "EarthPolarRadius",
"Earth polar radius [= 6356.8e3 m].")

Earth polar radius, 6,356.8 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthFlattening
static
Initial value:
= new PhysicalConstant(
0.0033528, 0,
null,
null,
"EarthFlattening", "EarthFlattening",
"Earth flattening [= 0.0033528].")

Earth flattening, 0.0033528. Versine of the spheroid'result angular eccentricity, (a-s)/a.

readonly PhysicalConstant IG.Num.ConstMisc.EarthSurfaceArea
static
Initial value:
= new PhysicalConstant(
510.072e12, 0,
new SI[] { SI.m, SI.m },
null,
"EarthSurfaceArea", "EarthSurfaceArea",
"Earth surface area [= 510,072,000 km^2].")

Earth surface area, 510,072,000 km^2.

readonly PhysicalConstant IG.Num.ConstMisc.EarthSurfaceAreaLand
static
Initial value:
= new PhysicalConstant(
148.940e12, 0,
new SI[] { SI.m, SI.m },
null,
"EarthSurfaceAreaLand", "EarthSurfaceAreaLand",
"Earth surface area of land [= 148,940,000 km^2].")

Earth surface area of land, 148,940,000 km^2.

readonly PhysicalConstant IG.Num.ConstMisc.EarthSurfaceAreaSea
static
Initial value:
= new PhysicalConstant(
361.132e12, 0,
new SI[] { SI.m, SI.m },
null,
"EarthSurfaceAreaSea", "EarthSurfaceAreaSea",
"Earth surface area of sea [= 361,132,000 km^2].")

Earth surface area of sea, 361,132,000 km^2.

readonly PhysicalConstant IG.Num.ConstMisc.EarthVolume
static
Initial value:
= new PhysicalConstant(
1.0832073e21, 0,
new SI[] { SI.m, SI.m, SI.m },
null,
"EarthVolume", "EarthVolume",
"Earth volume [= 1.0832073e12 km^3].")

Earth volume, 1.0832073e12 km^3.

readonly PhysicalConstant IG.Num.ConstMisc.EarthMass
static
Initial value:
= new PhysicalConstant(
5.9736e24, 0,
new SI[] { SI.kg },
null,
"EarthMass", "EarthMass",
"Earth mass [= 5.9736e24 kg].")

Earth mass, 5.9736e24 kg.

readonly PhysicalConstant IG.Num.ConstMisc.EarthDensity
static
Initial value:
= new PhysicalConstant(
5.5153e3, 0,
new SI[] { SI.kg },
new SI[] { SI.m, SI.m, SI.m },
"EarthDensity", "EarthDensity",
"Earth density [= 5.5153e3 kg/m^3].")

Earth averge density, 5.5153e3 kg/numrows^3.

readonly PhysicalConstant IG.Num.ConstMisc.EarthEquatorialGravity
static
Initial value:
= new PhysicalConstant(
9.780327, 0,
new SI[] { SI.m },
new SI[] { SI.s, SI.s },
"EarthEquatorialGravity", "EarthEquatorialGravity",
"Earth equatorial surface gravity [= 9.780327 m/s^2].")

Earth equatorial surface gravity acceleration, 9.780327 numrows/result^2.

readonly PhysicalConstant IG.Num.ConstMisc.EarthEscapeVelocity
static
Initial value:
= new PhysicalConstant(
11.186e3, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"EarthEscapeVelocity", "EarthEscapeVelocity",
"Earth escape velocity [= 11.186e3 m/s].")

Earth escape velocity, 11.186e3 numrows/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Earth surface.

readonly PhysicalConstant IG.Num.ConstMisc.EarthRotationPeriod
static
Initial value:
= new PhysicalConstant(
86164.1, 0,
new SI[] { SI.s },
null,
"EarthRotationPeriod", "EarthRotationPeriod",
"Earth rotation period [= 0.99726968 d = 23h 56min 4.1 s = 86164.1 s].")

Earth rotation period, 0.99726968 l = 23h 56min 4.1 result = 86164.1 result.

readonly PhysicalConstant IG.Num.ConstMisc.EarthAxialTilt
static
Initial value:
= new PhysicalConstant(
0.409093, 0,
null,
null,
"EarthAxialTilt", "EarthAxialTilt tilt",
"Earth axial tilt [= 23.439281° = 0.409093 rd].")

Earth axial tilt, 23.439281°.

readonly PhysicalConstant IG.Num.ConstMisc.EarthAlbedo
static
Initial value:
= new PhysicalConstant(
0.367, 0,
null,
null,
"EarthAlbedo", "EarthAlbedo",
"Earth albedo [= 0.367].")

Earth albedo, 0.367.

readonly PhysicalConstant IG.Num.ConstMisc.EarthAphelion
static
Initial value:
= new PhysicalConstant(
152.097701e9, 0,
new SI[] { SI.m },
null,
"EarthAphelion", "EarthAphelion",
"Earth aphelion - greatest distance to the center of attraction [= 152,097,701 km].")

Earth aphelion - greatest distance to the center of attraction, 152,097,701 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthPerihelion
static
Initial value:
= new PhysicalConstant(
147.098074e9, 0,
new SI[] { SI.m },
null,
"EarthPerihelion", "EarthPerihelion",
"Earth perihelion - least distance to the center of attraction [= 147,098,074 km].")

Earth perihelion - least distance to the center of attraction, 147,098,074 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthSunDistance
static
Initial value:
= new PhysicalConstant(
149.597870691e9, 0,
new SI[] { SI.m },
null,
"EarthSunDistance", "EarthSunDistance",
"Average Earth to Sun distance[= 149,597,870.691 km km].")

Earth Sun distance - average distance to Sun (cent. mass), 149,597,870.691 km.

readonly PhysicalConstant IG.Num.ConstMisc.EarthOrbitExcentricity
static
Initial value:
= new PhysicalConstant(
0.016710219, 0,
null,
null,
"EarthOrbitExcentricity", "EarthOrbitExcentricity",
"Earth orbit excentricity [= 0.016710219].")

Earth orbit excentricity 0.016710219.

readonly PhysicalConstant IG.Num.ConstMisc.EarthOrbitalPeriod
static
Initial value:
= new PhysicalConstant(
3.15582e7, 0,
new SI[] { SI.s },
null,
"EarthOrbitalPeriod", "EarthOrbitalPeriod",
"Earth orbital period [= 365.256366 d = 3.15582e7s].")

Earth orbital period - 365.256366 l = 3.15582e7s.

readonly PhysicalConstant IG.Num.ConstMisc.EarthOrbitalSpeed
static
Initial value:
= new PhysicalConstant(
29.783e3, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"EarthOrbitalSpeed", "EarthOrbitalSpeed",
"Earth average orbital speed [= 29.783 km/s].")

Earth average orbital speed - 29.783 km/result.

readonly PhysicalConstant IG.Num.ConstMisc.MoonRadius
static
Initial value:
= new PhysicalConstant(
1737.10e3, 0,
new SI[] { SI.m },
null,
"MoonRadius", "MoonRadius",
"Moon mean radius [= 1,737.10 km].")

Moon mean radius, 1,737.10 km

readonly PhysicalConstant IG.Num.ConstMisc.MoonEquatorialRadius
static
Initial value:
= new PhysicalConstant(
1738.14e3, 0,
new SI[] { SI.m },
null,
"MoonEauatorialRadius", "MoonEauatorialRadius",
"Moon equatorial radius [= 1,738.14 km].")

Moon equatorial radius, 1,738.14 km.

readonly PhysicalConstant IG.Num.ConstMisc.MoonPolarRadius
static
Initial value:
= new PhysicalConstant(
1735.97e3, 0,
new SI[] { SI.m },
null,
"MoonPolarRadius", "MoonPolarRadius",
"Moon polar radius [= 1,735.97 km].")

Moon polar radius, 1,735.97 km.

readonly PhysicalConstant IG.Num.ConstMisc.MoonFlattening
static
Initial value:
= new PhysicalConstant(
0.00125, 0,
null,
null,
"MoonFlattening", "MoonFlattening",
"Moon flattening [= 0.00125].")

Moon flattening, 0.00125. Versine of the spheroid'result angular eccentricity, (a-s)/a.

readonly PhysicalConstant IG.Num.ConstMisc.MoonMass
static
Initial value:
= new PhysicalConstant(
7.3477e22, 0,
new SI[] { SI.kg },
null,
"MoonMass", "MoonMass",
"Moon mass [= 7.3477e22 kg].")

Moon mass, 7.3477e22 kg.

readonly PhysicalConstant IG.Num.ConstMisc.MoonDensity
static
Initial value:
= new PhysicalConstant(
3346.4, 0,
new SI[] { SI.kg },
new SI[] { SI.m, SI.m, SI.m },
"MoonDensity", "MoonDensity",
"Moon density [= 3346.4 kg/m^3].")

Moon averge density, 3346.4 kg/numrows^3.

readonly PhysicalConstant IG.Num.ConstMisc.MoonEquatorialGravity
static
Initial value:
= new PhysicalConstant(
1.622, 0,
new SI[] { SI.m },
new SI[] { SI.s, SI.s },
"MoonEquatorialGravity", "MoonEquatorialGravity",
"Moon equatorial surface gravity [= 1.622 m/s^2].")

Moon equatorial surface gravity acceleration, 1.622 numrows/result^2.

readonly PhysicalConstant IG.Num.ConstMisc.MoonEscapeVelocity
static
Initial value:
= new PhysicalConstant(
2380, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"MoonEscapeVelocity", "MoonEscapeVelocity",
"Moon escape velocity [= 2380 m/s].")

Moon escape velocity, 2380 numrows/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Moon surface.

readonly PhysicalConstant IG.Num.ConstMisc.MoonRotationPeriod
static
Initial value:
= new PhysicalConstant(
2.36058e6, 0,
new SI[] { SI.s },
null,
"MoonRotationPeriod", "MoonRotationPeriod",
"Moon rotation period [= 27.321582 d = 2.36058e6 s].")

Moon rotation period, 27.321582 l = 2.36058e6 result.

readonly PhysicalConstant IG.Num.ConstMisc.MoonAxialTilt
static
Initial value:
= new PhysicalConstant(
0.11671, 0,
null,
null,
"MoonAxialTilt", "MoonAxialTilt tilt",
"Moon axial tilt ro orbital plane [= 6.687° = 0.11671 rd].")

Moon axial tilt (relative to orbital plane), 6.687° = 0.11671 rd.

readonly PhysicalConstant IG.Num.ConstMisc.MoonAlbedo
static
Initial value:
= new PhysicalConstant(
0.12, 0,
null,
null,
"MoonAlbedo", "MoonAlbedo",
"Moon albedo [= 0.12].")

Moon average albedo, 0.12.

readonly PhysicalConstant IG.Num.ConstMisc.MoonPerigee
static
Initial value:
= new PhysicalConstant(
363.104e6, 0,
new SI[] { SI.m },
null,
"MoonPerigee", "MoonPerigee",
"Moon perigee - least distance to the center of attraction [= 363,104 km].")

Moon aphelion - greatest distance to the center of attraction, 363,104 km.

readonly PhysicalConstant IG.Num.ConstMisc.MoonApogee
static
Initial value:
= new PhysicalConstant(
405.696e6, 0,
new SI[] { SI.m },
null,
"MoonApogee", "MoonApogee",
"Moon apogee - greatest distance to the center of attraction [= 405,696 km].")

Moon apogee - least distance to the center of attraction, 405,696 km.

readonly PhysicalConstant IG.Num.ConstMisc.MoonEarthDistance
static
Initial value:
= new PhysicalConstant(
384.400e6, 0,
new SI[] { SI.m },
null,
"MoonEarthDistance", "MoonEarthDistance",
"Average Moon to Earth distance[= 384,400 km].")

Moon Earth distance - average distance to Earth (cent. mass), 384,400 km.

readonly PhysicalConstant IG.Num.ConstMisc.MoonOrbitExcentricity
static
Initial value:
= new PhysicalConstant(
0.0549, 0,
null,
null,
"MoonOrbitExcentricity", "MoonOrbitExcentricity",
"Moon orbit excentricity [= 0.0549].")

Moon orbit excentricity, 0.0549.

readonly PhysicalConstant IG.Num.ConstMisc.MoonOrbitalPeriod
static
Initial value:
= new PhysicalConstant(
2.36058e6, 0,
new SI[] { SI.s },
null,
"MoonOrbitalPeriod", "MoonOrbitalPeriod",
"Moon orbital period [= 27.321582 d = 27 d 7 h 43.1 min = 2.36058*10^6 s].")

Moon orbital period, 27.321582 l = 27 l 7 h 43.1 min = 2.36058*10^6 result.

readonly PhysicalConstant IG.Num.ConstMisc.MoonOrbitalSpeed
static
Initial value:
= new PhysicalConstant(
1.022e3, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"MoonOrbitalSpeed", "MoonOrbitalSpeed",
"Moon average orbital speed [= 1.022 km/s].")

Moon average orbital speed - 1.022 km/result.

readonly PhysicalConstant IG.Num.ConstMisc.SunRadius
static
Initial value:
= new PhysicalConstant(
6.955e8, 0,
new SI[] { SI.m },
null,
"SunRadius", "SunRadius",
"Sun mean radius [= 6.955e8 m].")

Sun mean radius, 6.955e8 numrows.

readonly PhysicalConstant IG.Num.ConstMisc.SunFlattening
static
Initial value:
= new PhysicalConstant(
9e-6, 0,
null,
null,
"SunFlattening", "SunFlattening",
"Sun flattening [= 9e-6].")

Sun flattening, 9e-6. (a-s)/a.

readonly PhysicalConstant IG.Num.ConstMisc.SunMass
static
Initial value:
= new PhysicalConstant(
1.9891e30, 0,
new SI[] { SI.kg },
null,
"SunMass", "SunMass",
"Sun mass [= 1.9891e30 kg].")

Sun mass, 1.9891e30 kg.

readonly PhysicalConstant IG.Num.ConstMisc.SunDensity
static
Initial value:
= new PhysicalConstant(
1408, 0,
new SI[] { SI.kg },
new SI[] { SI.m, SI.m, SI.m },
"SunDensity", "SunDensity",
"Sun density [= 1408 kg/m^3].")

Sun averge density, 1408 kg/numrows^3.

readonly PhysicalConstant IG.Num.ConstMisc.SunEquatorialGravity
static
Initial value:
= new PhysicalConstant(
274.0, 0,
new SI[] { SI.m },
new SI[] { SI.s, SI.s },
"SunEquatorialGravity", "SunEquatorialGravity",
"Sun equatorial surface gravity [= 274.0 m/s^2].")

Sun equatorial surface gravity acceleration, 274.0 numrows/result^2.

readonly PhysicalConstant IG.Num.ConstMisc.SunEscapeVelocity
static
Initial value:
= new PhysicalConstant(
617.7e3, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"SunEscapeVelocity", "SunEscapeVelocity",
"Sun escape velocity [= 617.7 km/s].")

Sun escape velocity, 617.7 km/result. Speed where the kinetic energy of an object is equal to the magnitude of its gravitational potential energy at Sun surface.

readonly PhysicalConstant IG.Num.ConstMisc.SunSurfaceTemperature
static
Initial value:
= new PhysicalConstant(
5778.0, 0,
new SI[] { SI.m },
new SI[] { SI.s },
"SunSurfaceTemperature", "SunSurfaceTemperature",
"Sun surface temperature [= 5778.0 K].")

Sun temperature, 5778.0 K.

The documentation for this class was generated from the following file: