oqp.utils.constants
===================

.. py:module:: oqp.utils.constants

.. autoapi-nested-parse::

   .. code-block:: text

      Physical constants



Attributes
----------

.. autoapisummary::

   oqp.utils.constants.ANGSTROM_TO_BOHR
   oqp.utils.constants.SPEED_OF_LIGHT
   oqp.utils.constants.ATMOS
   oqp.utils.constants.BOHR
   oqp.utils.constants.FREQ_TO_INV_CM
   oqp.utils.constants.AMU_to_KG
   oqp.utils.constants.J_TO_AU
   oqp.utils.constants.J_TO_INV_CM
   oqp.utils.constants.GAS_CONSTANT
   oqp.utils.constants.PLANCK_CONSTANT
   oqp.utils.constants.BOLTZMANN_CONSTANT
   oqp.utils.constants.AVOGADRO_CONSTANT


Module Contents
---------------

.. py:data:: ANGSTROM_TO_BOHR
   :value: 0.529177210903


   .. code-block:: text

      1 Hartree = 4.3597482e-18 Nm
      1 Bohr = 5.2917721067121e-11 m
      1 Hartree/Bohr ** 2 = 1556.8943461281847 N/m
      1 N/m = 1 kg/s ** 2
      1 Hartree/Bohr ** 2 = 1556.8943461281847 kg/s ** 2
      1 g/mol = 1.6605390671738466e-27 kg
      1 Hartree/Bohr ** 2/(g/mol) = 9.37583690083209e+29 1/s ** 2
      1 [Hartree/Bohr ** 2/(g/mol)]/2π = 154107989120439.12 1/s
      1 c = 29979245800 cm / s
      1 [Hartree/Bohr ** 2/(g/mol)]/2πc = 5140.489195376594 cm -1

.. py:data:: SPEED_OF_LIGHT
   :value: 29979245800.0


.. py:data:: ATMOS
   :value: 101.325


.. py:data:: BOHR
   :value: 5.29177210903e-11


.. py:data:: FREQ_TO_INV_CM
   :value: 5140.489195376594


.. py:data:: AMU_to_KG
   :value: 1.66053886e-27


.. py:data:: J_TO_AU
   :value: 3.8087984408458145e-07


.. py:data:: J_TO_INV_CM
   :value: 5.03412e+22


.. py:data:: GAS_CONSTANT
   :value: 8.3144621


.. py:data:: PLANCK_CONSTANT
   :value: 6.62606957e-34


.. py:data:: BOLTZMANN_CONSTANT
   :value: 1.3806488e-23


.. py:data:: AVOGADRO_CONSTANT
   :value: 6.0221415e+23