Chemical elements
  Fluorine
    Isotopes
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    Production
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    PDB 16pk-1c8m
    PDB 1c9d-1eau
    PDB 1ec0-1grn
    PDB 1gs4-1j97
    PDB 1jdj-1mu8
    PDB 1mue-1oyt
    PDB 1oz1-1rby
    PDB 1rbz-1tu6
    PDB 1tuy-1w9i
    PDB 1w9j-1yw2
    PDB 1yw9-2ax8
    PDB 2ax9-2dqt
    PDB 2dqu-2ftk
    PDB 2fvd-2hhn
    PDB 2hiw-2izs
    PDB 2j51-2onh
    PDB 2oo8-2pow
    PDB 2pq9-2qzl
    PDB 2qzo-2vev
    PDB 2vew-2wf7
    PDB 2wf8-2xhd
    PDB 2xkk-3ar9
    PDB 3az8-3cej
    PDB 3cem-3dh3
    PDB 3dhf-3el7
    PDB 3el8-3fln
    PDB 3flq-3gc7
    PDB 3gc8-3h7w
    PDB 3h82-3i81
    PDB 3i8d-3jx1
    PDB 3jx2-3ktk
    PDB 3ktu-3lj6
    PDB 3lk9-3mqf
    PDB 3ms4-3nz7
    PDB 3o1g-3p4a
    PDB 3p4b-3ti1
    PDB 3tik-4acx
    PDB 4afe-4fk3
    PDB 4fod-7gch

Fluorine Ionization Energy






The Fluorine Ionization Energy is the energy required to remove from atom one mole of electrons with subsequent production of positively charged ion of Fluorine.
F -> F+ + e-
This process can be repeated many times, but the energy cost is increased dramatically. The general equation for the Fluorine is:
FN+ -> F(N+1)+ + e-


Ionization Energy

F -> F1+ = 1681 kJ/mol = 402.15 Kcal/mol
F1+ -> F2+ = 3374 kJ/mol = 807.18 Kcal/mol
F2+ -> F3+ = 6050 kJ/mol = 1447.37 Kcal/mol
F3+ -> F4+ = 8408 kJ/mol = 2011.48 Kcal/mol
F4+ -> F5+ = 11023 kJ/mol = 2637.08 Kcal/mol
F5+ -> F6+ = 15164 kJ/mol = 3627.75 Kcal/mol
F6+ -> F7+ = 17867 kJ/mol = 4274.40 Kcal/mol
F7+ -> F8+ = 92036 kJ/mol = 22018.18 Kcal/mol
F8+ -> F9+ = 106432 kJ/mol = 25462.20 Kcal/mol
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