Difference between revisions of "Manganese tetrafluoride"

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'''Manganese tetrafluoride''', MnF<sub>4</sub>, is the highest [[fluoride]] of [[manganese]]. It is used as a powerful [[oxidizing agent]] and as a means of purifying elemental [[fluorine]].<ref>{{citation | inventor1-last = Torisu | inventor1-first = Junichi | inventor2-last = Oka | inventor2-first = Masakazu | inventor3-last = Kuznetsov | inventor3-first = Andrey Sergeyevich | inventor4-last = Petrov | inventor4-first = Yury Alexeyevich | assignee = Astor Electronics/Showa Denko | title = Method of Manufacturing Manganese Tetrafluoride | country-code = WO | description = PCT Appl. | publication-number = 2006033480 | publication-date = 2006-03-30}}.</ref><ref>{{citation | inventor1-last = SESEKE-KOYRO, Ulrich; (DE).
+
'''Manganese tetrafluoride''', MnF<sub>4</sub>, is the highest [[fluoride]] of [[manganese]]. It is used as a powerful [[oxidizing agent]] and as a means of purifying elemental [[fluorine]].<ref>{{citation | inventor1-last = Torisu | inventor1-first = Junichi | inventor2-last = Oka | inventor2-first = Masakazu | inventor3-last = Kuznetsov | inventor3-first = Andrey Sergeyevich | inventor4-last = Petrov | inventor4-first = Yury Alexeyevich | assignee = Astor Electronics/Showa Denko | title = Method of manufacturing manganese tetrafluoride | country-code = WO | description = PCT Appl. | publication-number = 2006033480 | publication-date = 2006-03-30}}.</ref><ref>{{citation | inventor1-last = Seseke-Koyro | inventor1-first = Ulrich | inventor2-last = Garcia-Juan | inventor2-first = Placido | inventor3-last = Palsherm | inventor3-first = Stefan | inventor4-last = Schulz | inventor4-first = Alf | assignee = Solvay Fluor | title = Process for the purification of elemental fluorine | country-code = WO | description = PCT Appl. | publication-number = 2009074562 | publication-date = 2009-06-18}}.</ref>
GARCIA-JUAN, Placido; (DE).
 
PALSHERM, Stefan; (DE).
 
SCHULZ, Alf | assignee = Solvay Fluor | title = PROCESS FOR THE PURIFICATION OF ELEMENTAL FLUORINE | country-code = WO | description = PCT Appl. | publication-number = 2009074562 | publication-date = 2009-06-18}}.</ref>
 
  
 
==Preparation==
 
==Preparation==
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*{{citation | first1 = N. I. | last1 = Gubkina | first2 = Sergey V. | last2 = Sokolov | first3 = E. I. | last3 = Krylov | title = Fluorides of High Oxidising Power and Their Application to the Preparation of Organic Fluorine Compounds | journal = Russ. Chem. Rev. | year = 1966 | volume = 35 | issue = 12 | pages = 930–41 | doi = 10.1070/RC1966v035n12ABEH001550}}.
 
*{{citation | first1 = N. I. | last1 = Gubkina | first2 = Sergey V. | last2 = Sokolov | first3 = E. I. | last3 = Krylov | title = Fluorides of High Oxidising Power and Their Application to the Preparation of Organic Fluorine Compounds | journal = Russ. Chem. Rev. | year = 1966 | volume = 35 | issue = 12 | pages = 930–41 | doi = 10.1070/RC1966v035n12ABEH001550}}.
 
*{{citation | first1 = R. | last1 = Hoppe | first2 = B. | last2 = Müller | first3 = J. | last3 = Burgess | first4 = R. D. | last4 = Peacock | first5 = R. | last5 = Sherry | title = The enthalpy of formation of manganese tetrafluoride | journal = J. Fluorine Chem. | volume = 16 | issue = 2 | year = 1980 | pages = 189–91 | doi = 10.1016/S0022-1139(00)82393-3}}.
 
*{{citation | first1 = R. | last1 = Hoppe | first2 = B. | last2 = Müller | first3 = J. | last3 = Burgess | first4 = R. D. | last4 = Peacock | first5 = R. | last5 = Sherry | title = The enthalpy of formation of manganese tetrafluoride | journal = J. Fluorine Chem. | volume = 16 | issue = 2 | year = 1980 | pages = 189–91 | doi = 10.1016/S0022-1139(00)82393-3}}.
*{{citation | inventor1-last = SESEKE-KOYRO, Ulrich; (DE).
+
*{{citation | inventor1-last = Seseke-Koyro | inventor1-first = Ulrich | inventor2-last = Garcia-Juan | inventor2-first = Placido | inventor3-last = Palsherm | inventor3-first = Stefan | inventor4-last = Schulz | inventor4-first = Alf | assignee = Solvay Fluor | title = Method for preparing manganese tetrafluoride | country-code = WO | description = PCT Appl. | publication-number = 2009/074560 | publication-date = 2009-06-18}}.
GARCIA-JUAN, Placido; (DE).
 
PALSHERM, Stefan; (DE).
 
SCHULZ, Alf | assignee = Solvay Fluor | title = METHOD FOR PREPARING MANGANESE TETRAFLUORIDE | country-code = WO | description = PCT Appl. | publication-number = 2009/074560 | publication-date = 2009-06-18}}.
 
  
 
==External links==
 
==External links==

Revision as of 08:02, 11 September 2010

Manganese tetrafluoride
IUPAC name manganese tetrafluoride
Other names manganese(IV) fluoride
Identifiers
InChI InChI=1/4FH.Mn/h4*1H;/q;;;;+4/p-4
Properties
Chemical formula MnF4
Molar mass 130.93 g mol−1
Appearance blue solid
Melting point

70 °C decomp.

Solubility in water reacts violently
Related compounds
Other cations Manganese(II) fluoride
Manganese(III) fluoride
Except where noted otherwise, data are given for materials in their standard state (at 25 °C, 100 kPa)

Manganese tetrafluoride, MnF4, is the highest fluoride of manganese. It is used as a powerful oxidizing agent and as a means of purifying elemental fluorine.[1][2]

Preparation

Notes and references

Notes

References

  1. Torisu, Junichi; Oka, Masakazu; Kuznetsov, Andrey Sergeyevich, et al. (Astor Electronics/Showa Denko) Method of manufacturing manganese tetrafluoride. WO PCT Appl. 2006033480, published 30 March 2006.
  2. Seseke-Koyro, Ulrich; Garcia-Juan, Placido; Palsherm, Stefan, et al. (Solvay Fluor) Process for the purification of elemental fluorine. WO PCT Appl. 2009074562, published 18 June 2009.

Further reading

External links

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