Compound

Fill in a module description here

H2O = chemlib.Compound('H2O')

H2O.__dict__

{'occurences': {'H': 2, 'O': 1},
 'elements': [<chemlib.chemistry.Element>,
  <chemlib.chemistry.Element>,
  <chemlib.chemistry.Element>],
 'formula': 'H₂O₁',
 'coefficient': 1}

H2O

<chemlib.chemistry.Compound>

from mendeleev import Fe

Fe.specific_heat_capacity

0.449

---

source

Compound

 Compound (formula:str)

Represents a chemical compound.

	Type	Details
formula	str	the chemical formula

H2O = Compound('H2O')

H2O.setAmount(mass=Q(2.2, 'kilograms'))

<__main__.Compound>

H2O.setName('water')

<__main__.Compound>

str(H2O.formula)

'H₂O₁'

H2O.__dict__

{'occurences': {'H': 2, 'O': 1},
 'elements': [<chemlib.chemistry.Element>,
  <chemlib.chemistry.Element>,
  <chemlib.chemistry.Element>],
 'formula': 'H₂O₁',
 'coefficient': 1,
 'name': 'water',
 'mass': 2.2 <Unit('kilogram')>,
 'mass_t': <chemchem.core.Symbol>,
 'moles': 122.12045517624202 <Unit('mole')>,
 'specific_heat': None,
 'temperature': 0    None
 Name: temperature, dtype: object,
 'state': None}

H2O.specific_heat

H2O.setName('water')

<__main__.Compound>

H2 = Compound('H2')

H2.setAmount(volume=Q(10, 'liter'))

<__main__.Compound>

Compound Builder

---

source

CompoundBuilder

 CompoundBuilder (formula)

Initialize self. See help(type(self)) for accurate signature.

CompoundBuilder('H2O').__dict__

{'compound': <__main__.Compound>}