Abstract: The present invention titled: a coasting-wheel with aeronautic levitation for harmonic electric generation is a device to generate electric energy or power via the principle of electromagnetic induction during the phase of energy-in and during the coasting phase; energy-off. It differs from the conventional electric generators and alternators as such the latter include an element of stator and an element of rotor but in the present invention the armature and magnets undergo rotation. Second, all electric generators operate in non-harmonic mode, i.e., when the input fuel is turned off the electric generator or alternator stops but in the present invention the electricity is generated during the coasting phase. It differs from the well-known apparatus flywheel as such the latter is a storage device and not a device for electric generation.

Abstract: A non-destructive assay of deactivation of the contents of explosives and chemical warfare on-field (and or in lab) is presented with high-energy neutrons at 14, 4 and 2 MeV. The elements and substances present in the munitions are transmuted into passive elements through neutron-alpha nuclear reactions. Deactivating of the explosives on-field is presented with a unique and compact neutron generator fueled with deuterium gas and tritium breeder. Several high explosives and chemical warfare are presented in the transmutation with physical analysis. The present method and technique can be employed on-field as an improvised explosive device and as a precise explosive device in labs and centers.

Abstract: The aim of the present invention is the uses of a modified hydraulic press to generate electric power. The electric power is generated by two arrays of piezoelectric cells placed at the top and bottom of the larger unit. The new modification of the hydraulic press is based on the restoration of the potential energy of the larger unit.

Abstract: The aim of the present invention is to harvest the improvised impact of the hydrometeors into a practical mechanical energy with the use of mechanical capacitor. Consequently, the mechanical energy is converted into electricity via the principal of electromagnetic induction.

Abstract: The aim of the present invention is to identify stationary and moveable high explosives and chemical warfare on-field with a unique structure of a portable neutrons generator used in strategic and public places, vehicles and airplanes. The present invention includes also a unique operation of fusion fuel below breakdown which is characterized with high production efficiency. The analysis of identifying the elements and their concentrations is also introduced in the present invention.

Abstract: The present invention is a method and technique (apparatus) to improve the efficiency of the chemical and physical types of photovoltaics. All types of photovoltaics suffer from the build-up of counter-electrons, termed p-type electrons. The p-type electrons induce a potential break to the main potential of the photovoltaic, i.e. causing a reduction to the converted power. The application of the oxidant layer to the p-type semiconductor of the photovoltaic should reduce the p-type electrons from moving in the external circuit, therefore increases the overall efficiency.

Abstract: The potential energy of wastewater is considered as source of electric green energy in the present invention. The total potential energy, spontaneous and stimulated, of wastewater discharged from residential and business buildings are collected at the maximum point before leaving the buildings. Hence the conversion of the potential energy of wastewater in each building into electricity via electromagnetic induction or hydroelectric generator is more valuable in this case.

Abstract: A high-perveance steady state deuterium ion gun was developed using a magnetic-index resonator in an Inductive Coupling Radio Frequency (ICRF) configuration. This approach made it feasible to generate an ion beam within millimeter dimensions extracted by negative potential placed at several centimeters from the exit of the ion source. The ion gun allows high extraction efficiency and low beam divergence as compared to other approaches.

Abstract: A high-perveance steady state deuterium ion gun was developed using a magnetic-index resonator in an Inductive Coupling Radio Frequency (ICRF) configuration. This approach made it feasible to generate an ion beam within millimeter dimensions extracted by negative potential placed at several centimeters from the exit of the ion source. The ion gun allows high extraction efficiency and low beam divergence as compared to other approaches.