Physical constants and conversion factors.

Functions
		log(...) log(x[, base]) -> the logarithm of x to the given base. If the base not specified, returns the natural logarithm (base e) of x.

Data
		AMU2AU = 1822.8884800000001 A_BOHR = 5.2917720829999998e-11 BOHR2ANGSTROM = 0.52917720830000003 C = 299792458.0 C_AU = 137.03599962999999 DIPSTRENGTH2EPSILON = 9.7840345883245085e+59 DIPSTRENGTH2SI = 7.188246405881031e-59 ECHARGE = 1.6021764620000001e-19 EPS_VACUUM = 8.8541878176203892e-12 H = 6.6260754426652935e-34 HARTREE2INVCM = 219474.631371 HARTREE2J = 4.3597438099999999e-18 HARTREE2KJMOL = 2625.4996263843582 HBAR = 1.05457266e-34 INCH2CM = 2.54 INVCM2AU = 4.5563352527500073e-06 KB = 1.3806503000000001e-23 ME = 9.1093818800000006e-31 MU_VACUUM = 1.2566370614359173e-06 M_AU = 1.6605402e-27 NA = 6.02214199e+23 R = 8.3144720000000003 RAMAN_ROA_INV2SI = 1.0656903919460196e-31 ROTSTRENGTH2DEPSILON = 1.3054410579367554e+52 ROTSTRENGTH2SI = 1.572e-52 T_KELVIN = 273.14999999999998 __author__ = 'Maxim Fedorovsky' pi = 3.1415926535897931

Author
		Maxim Fedorovsky