stem/Quantum/Orbitals.md
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1.0 KiB

Wave Function

Quantum Numbers

n

Principal quantum number

  • 1, 2, 3...
  • Electron shell, electron energy and size of orbital
l

Orbital Angualar Momentum Number

  • 0-(n-1)
  • Shape of the orbital
    • 0 = s
    • 1 = p
    • 2 = d
m

Z-component / Magentic of l

  • -l to +l
  • Orientation of orbital

wave-function-polar-segment

Filling

  1. Aufbau
    • Start lowest in energy
  2. Pauli's Exclusion
    • Max two electrons per orbital
    • No two electrons can have same n, l, m, s tuple
  3. Hund's Rule of Maximum Multiplicity
    • Orbitals with same energy filled one at a time
    • Degenerate

orbitals-radius wave-function-nodes

Radial

radial-equations

  • Z = Atomic number
  • Bohr radius
    • a_0=\frac \hbar {\alpha mc}
  • Normalisation
    • \int_0^\infty r^2R_{nl}^*R_{nl}dr=1

radius-electron-density-wf