There are many possible thermodynamically stable fuel-oxidizer combinations. Some of them are:
* Aluminium-molybdenum(VI) oxide
* Aluminium-copper(II) oxide
* Aluminium-iron(II,III) oxide
* Antimony-potassium permanganate
* Aluminium-potassium permanganate
* Aluminium-bismuth(III) oxide
* Aluminium-tungsten(VI) oxide hydrate
* Aluminium-fluoropolymer (typically Viton)
* Titanium-boron (burns to titanium diboride, which belongs to a class of compounds called intermetallic composites). 
In military research, aluminium-molybdenum oxide, aluminium-Teflon and aluminium-copper(II) oxide have received considerable attention. Other compositions tested were based on nanosized RDX and with thermoplastic elastomers. PTFE or other fluoropolymer can be used as a binder for the composition. Its reaction with the aluminium, similar to magnesium/teflon/viton thermite, adds energy to the reaction.  Of the listed compositions, that with potassium permanganate has the highest pressurization rate.
The most common method of preparing nanoenergetic materials is by ultrasonification in quantities of less than 2g.  Some research has been developed to increase production scales.  Due to the very high electrostatic discharge (ESD) sensitivity of these materials, sub 1 gram scales are currently typical.