工程方程求解器ees.zip

{ This file provides definitions of units in terms of a basic set of dimensions. The basic dimenions and the selected unit for each dimension are: L length m M Mass kg N Moles kmole T Time sec D Temperature Difference K A Angle radian C Charge coulomb I Illuminance lm You may enter additional unit definitions to this file. To do so, enter the unit name followed by its conversion factor into the selected set of dimenions indicated above separated with one or more spaces. Designate a new dimension type by preceding the description with a $ and provide the basic dimensions in parentheses. $Length (L) m 1 meter 1 metre 1 Angstrom 1E-10 nm 1E-9 ft 0.3048 dm 0.1 in 0.0254 inch 0.0254 mm 0.001 micron 1e-6 micrometer 1e-6 痠 1e-6 nanometer 1e-9 millimeter 0.001 cm 0.01 km 1000 yd 0.9144 yard 0.9144 mile 1609.344 fathom 1.8288 mil 0.0000254 rod 5.0292 furlong 201.168 league 5556 hectometer 100 $Mass (M) kg 1 lbm 0.453592374 lb_m 0.453592374 g 0.001 ton 907.184749 grain 6.4799e-5 mg 1e-6 oz 0.028349523 ozm 0.028349523 slug 14.593881 stone 6.350293236 amu 1.660531E-27 痢 1e-9 microgram 1e-9 $Moles (N) kgmole 1 kgmol 1 kmole 1 kmol 1 lbmole 0.453592374 lbmol 0.453592374 gmole 0.001 gmol 0.001 mole 0.001 mol 0.001 $Time (T) s 1 sec 1 second 1 min 60 minute 60 h 3600 hr 3600 hour 3600 day 86400 days 86400 week 604800 weeks 604800 fortnight 1.2096E6 year 31.536E6 yr 31.536E6 years 31.536E6 $Frequency (1/T) cps 1 cpm 0.016666667 Bq 1 ci 3.7e10 Hz 1 rps 1 rpm 0.016666667 $Temp. Difference (D) K 1 C 1 R 0.55555556 F 0.55555556 蚓 1 蚌 0.55555556 $Velocity (L/T) mph 0.44704 knot 0.51444 $Area (L^2) acre 4046.856 hectare 10000 barn 1e-28 $Volume (L^3) gal 0.0037854118 l 0.001 Bu 3.523007016688e-2 ml 1e-6 liter 0.001 quart 0.0009463264 oz 2.9572702e-5 ozv 2.9572702e-5 pint 0.000473163 $Volumetric flow (L^3/T) cfm 0.47194744E-3 gph 1.051503E-6 gpm 6.30902E-5 $Force (M-L/T^2) N 1 kN 1000 lbf 4.448222 lb_f 4.448222 dyne 1E-5 $Pressure (M/L-T^2) Pa 1 milliPa 1E-3 microPa 1E-6 牌a 1E-6 kPa 1000 MPa 1E6 GPa 1E9 gigaPa 1E9 bar 1E5 milliBar 1E2 atm 1.01325E5 psia 6894.75788958 psi 6894.75788958 ksi 6894757.88958 psig 6894.75788958 psf 47.88055555 mmH2O 9.806614 mmHg 133.3224 inHg 3386.388 torr 133.3224 inH2O 249.088 in.H2O 249.088 ftH2O 2989.057 $Energy (M-L^2/T^2) milliJ 1E-3 J 1 kJ 1000 MJ 1E6 kWh 3.6E6 kWhr 3.6E6 GJ 1E9 Btu 1055.056 MBtu 1055056000.0 MMBtu 1055056000.0 kBtu 1055056.0 cal 4.1868 kcal 4186.8 erg 1E-7 ev 1.60207E-19 kev 1.60207E-16 mev 1.60207E-13 bev 1.60207E-10 therm 105505600 therms 105505600 $Power (M-L^2/T^3) W 1 hp 745.700 ton 3516.852 tons 3516.852 microW 1E-6 milliW 1E-3 kW 1000 MW 1E6 MegaW 1E6 gW 1E9 gigaW 1E9 $Viscosity-dynamic (M/L-T) poise 0.1 centipoise 0.001 micropoise 1E-7 cp 0.001 Reyn 6894.7 $Viscosity-kinematic (L^2/T) Stoke 1E-4 centiStoke 1E-6 $Angles (A) radian 1 radians 1 rad 1 deg 0.017453293 degree 0.017453293 degrees 0.017453293 � 0.017453293 rev 6.28318530718 revs 6.28318530718 revolutions 6.28318530718 minute 2.90888E-4 quadrant 1.5707963 cycle 6.28318530718 cycles 6.28318530718 $Charge (C) Coulomb 1 Faraday 96517.844 Abcoulomb 10 $Electrical Capacitance (C^2-T^2/M-L^2) Farad 1 $Dipole Moment (C-L) Debye 3.33564e-30 $Current (C/T) Amp 1 Ampere 1 A 1 $Electrical Resistance (M-L^2/T-C^2) ohm 1 kohm 1000 $Electromotive Force (M-L^2/T^2-C) Volt 1 millivolt 0.001 kV 1000 MegaVolt 1E6 v 1 $Inductance (M-L^2/C^2) Henry 1 $Cost ($) #$ 1 cents 0.01 $Non Dimensional ( ) - 1 space 1 Percent 0.01 % 0.01 person 1 persons 1 ppm 1e-6 ppb 1e-9 any 1 $Magnetic Flux Density (M/T-C) Gauss 1E-4 G 1E-4 Tesla 1 T 1 $Magnetic Flux (M-L^2/T-C) Maxwell 1E-8 Mx 1E-8 Weber 1 Wb 1 $Magnetic Field Strength (C/T-L) Oersted 79.5774715459 Oe 79.5774715459 $Illuminance (I) lm 1 $Illuminance flux (I/L^2) lux 1 }