[Danny177]

Dear all!
Due to difficulties in finding some information, i need your help please.
My duty is making a report about Manganese(IV) Fluoride but is seems to be unwell-known. So i get a problem with this.
I need to support some properties of this compound substance :
        - Chemical Structure
   - Physical Properties
   - Geometry
   - Melting, Boiling Points .
Thanks for your reading and help ...

[Borek]

Try library.

[Danny177]

Plz help me 'cause it's hard to make a report, this subtance seem to be very unwell-known ...

[Arkcon]

You're going to have to try the library.  Your compound is a little obscure -- if by Wikipedia and Google you mean obscure, but it's chemical stats are likely published in some reference book -- either the CRC Handbook of Chemistry, or Hawley's Chemical Dictionary, if you want a quicker, but less through guide.

[shelanachium]

Go to:

http://www.webelements.com/compounds/manganese/manganese_tetrafluoride.html

There is some information there, with references, which you will need a good chemistry library to access.

The most interesting thing about MnF4 is that it was used in the first chemical, as opposed to electrolytic, preparation of elemental fluorine. K2MnF6 was prepared (from KMnO4 or MnO2 with HF), then treated with a strong Lewis acid which removed KF and left MnF4, which evolves F2 at room temperature or a little above.

Try Googling on K O Christe, who did this work and much else on fluorine compounds and hyperenergetic compounds like the azidodiazonium ion [N5]+

[Danny177]

Go to:

http://www.webelements.com/compounds/manganese/manganese_tetrafluoride.html

There is some information there, with references, which you will need a good chemistry library to access.

The most interesting thing about MnF4 is that it was used in the first chemical, as opposed to electrolytic, preparation of elemental fluorine. K2MnF6 was prepared (from KMnO4 or MnO2 with HF), then treated with a strong Lewis acid which removed KF and left MnF4, which evolves F2 at room temperature or a little above.

Try Googling on K O Christe, who did this work and much else on fluorine compounds and hyperenergetic compounds like the azidodiazonium ion [N5]+

Thanks your help very much, it's valueable info ...