NOVELTY - Hydrocarbon fuel is exposed to electromagnetic waves. Hydrogen atom in fuel molecules is converted to positively charged hydrogen ions (H). The positive charge of hydrogen ions is carried by proton exchange membrane (F) into an electrical circuit (A). Free electrons (E) generated during ionization are collected by a metal electron collector cathode. The proton exchange membrane and metal electron collector are connected through electrical circuit. (Incomplete specification, abstract based on available information published by the patent office).    USE - Ionization of hydrocarbon fuel molecules.    ADVANTAGE - The method enables conversion of molecular energy of hydrocarbon fuel directly to electrical energy in the circuit efficiently, without combusting the fuel.    DETAILED DESCRIPTION - Hydrocarbon fuel is exposed to electromagnetic waves of predetermined wavelength in absence of air to ionize fuel molecules. Hydrogen atom in fuel molecules is converted to positively charged hydrogen ions by ionization using electromagnetic waves. The hydrogen ions are passed through a proton exchange membrane to an atmosphere, and combines with oxygen in the air to form water molecules. The positive charge of hydrogen ion is carried by the proton exchange membrane into an electrical circuit. Free electrons generated during ionization are collected by a metal electron collector cathode which carries the electrons in an electrical circuit. The ionization of fuel is carried out in magnetic field (C) which drives positive ions towards proton exchange membrane, and electrons in opposite direction towards electron collector cathode. The ionization energy breaks carbon-hydrogen bond to form hydrogen ions. The proton exchange membrane and metal electron collector are connected through electrical circuit through which electric current flows due to potential difference in electrons and protons.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the apparatus for ionization of hydrocarbon fuel molecules.    Electrical circuit (A)    Magnetic field (C)    Free electrons (E)    Proton exchange membrane (F)    Hydrogen ions (H)