Compositions for improving combustion in an internal combustion engine

Claim 1

A PREPARATION FOR IMPROVING COMBUSTION IN AN INTERNAL CONBUSTION ENGINE CONSISTING SUBSTANTIALLY OF A HETEROGENEOUS COMPLEX OF MINERALS SERVING AS CATALYST IN HYDROCARBON DECOMPOSITION SELECTED FROM THE GROUP CONSISTING OF CARNOTITE, IN THE PROPORTION 1.85% TO 5.48% BY WEIGHT; FLUORSPAR, IN THE PROPORTION OF 5.27% TO 13.88% BY WEIGHT; WOLFRAMITE IN PROPORTION OF 2.08% TO 7.4% BY WEIGHT; AND ZIRCON, IN THE PROPORTION OF 3.7% TO 7.31% BY WEIGHT; MINERALS SERVING AS CATALYST IN HYDROCARBON DEHYDROGENATION SELECTED FROM THE GROUP CONSISTING OF APATITE, IN THE PROPORTION 5.18% TO 9.26% BY WEIGHT; MAGNETITE ORE, IN THE PROPORTION OF 1.8% TO 7.4% BY WEIGHT: AND ARGOSITE, IN THE PROPORTION OF 9.4% TO 18.5% BY WEIGHT; MINERALS SERVING AS CATALYST IN OXIDATION REACTIONS SELECTED FROM THE GROUP CONSISTING OF BORIC ACID, IN THE PROPORTION OF 2.98% TO 3.07% BY WEIGHT; SODIUM BORATE, IN THE PROPORTION OF 0.9% TO 3.7% BY WEIGHT; ULEXITE, IN THE PROPORTION OF 1.9% TO 3.13% BY WEIGHT; COLEMANITE, 0.94% TO 1.04% BY WEIGHT; MINERALS SERVING AS CATALYST IN TERMS OF THE CARBONIUM ION MECHANISM SELECTED FROM THE GROUP CONSISTING OF ROUTILE, IN THE PROPORTION OF 2.24% TO 5.18% BY WEIGHT; ZIRCON, IN THE PROPORTION OF 3.7% TO 7.31% BY WEIGHT; AND THE MINERAL GRAPHITE, IN THE PROPORTION OF 7.08% TO 13.88% BY WEIGHT; SERVING AS AN AANTIKNOCK AGENT .