RU2012138152A

RU2012138152A - METHODS FOR PRODUCING HYDROGEN FROM WATER AND FREQUENCY CONVERSION, DEVICE FOR CARRYING OUT THE FIRST METHOD (HYDROGEN CELL)

Info

Publication number: RU2012138152A
Application number: RU2012138152/05A
Authority: RU
Inventors: Геннадий Леонидович Багич
Original assignee: Геннадий Леонидович Багич
Priority date: 2012-09-07
Filing date: 2012-09-07
Publication date: 2012-12-20
Also published as: RU2521868C2

Abstract

1. Способ получения водорода из воды, включающий разложение воды на водород и кислород под действием резонансного электромагнитного поля, частота n-й гармоники которого приближается к собственной частоте воды, отличающийся тем, что разложение воды на кислород и водород происходит под действием двух электромагнитных резонансных полей вектора напряженностей электрических полей которых поочередно меняют направление на 180° при постоянно направленной перпендикулярно им суммарной напряженности магнитных полей от индуктивностей контуров.2. Способ преобразования частоты, включающий две параллельно соединенные намотанные в противоположных направлениях индуктивности, имеющие длины проволок равных половине длины волны, подключенных к источнику переменного напряжения с частотой f, отличающийся тем, что для получения увеличенной выходной частоты используем на полупериодной длине волны на каждой индуктивности K катушек, индуктивно связанных с исходными индуктивностями, причем катушки поочередно вырабатывают положительные и отрицательные выходные импульсы, а группа катушек одной индуктивности сдвинута на половину фазного угла меж импульсной зоны другой индуктивности, при этом намоточная проволока катушек двух индуктивностей по длине полуволны не должна перекрывать друг друга.3. Водородная ячейка, содержащая два колебательных контура, конденсаторные пластины которых перфорированы таким образом, что пластины первого конденсатора взаимодействуют через отверстия в пластине второго конденсатора и наоборот пластины второго конденсатора взаимодействуют через отверстия в пластине первого, а индуктивности и1. A method of producing hydrogen from water, including the decomposition of water into hydrogen and oxygen under the influence of a resonant electromagnetic field, the nth harmonic frequency of which approaches the natural frequency of water, characterized in that the decomposition of water into oxygen and hydrogen occurs under the influence of two electromagnetic resonant fields vectors of electric field intensities which alternately change direction by 180 ° with the total magnetic field intensity from the inductances of the circuits constantly directed perpendicular to them. 2. A frequency conversion method comprising two parallel-connected inductors wound in opposite directions, having wire lengths equal to half the wavelength, connected to an AC voltage source with a frequency f, characterized in that we use a coil at half-wavelength at each inductance K coils inductively coupled to the original inductances, moreover, the coils alternately generate positive and negative output pulses, and the group of coils one inductance is shifted by half the phase angle between the pulse zone of the other inductance, while the winding wire of the coils of two inductors should not overlap along the half-wavelength. 3. A hydrogen cell containing two oscillatory circuits, the capacitor plates of which are perforated so that the plates of the first capacitor interact through the holes in the plate of the second capacitor and vice versa the plates of the second capacitor interact through the holes in the plate of the first, and the inductance and

Claims

1. A method of producing hydrogen from water, including the decomposition of water into hydrogen and oxygen under the influence of a resonant electromagnetic field, the nth harmonic frequency of which approaches the natural frequency of water, characterized in that the decomposition of water into oxygen and hydrogen occurs under the influence of two electromagnetic resonant fields vectors of electric field intensities which alternately change direction by 180 ° with the total magnetic field intensity from the inductances of the circuits constantly directed perpendicular to them.

2. A frequency conversion method, including two parallel-connected inductors wound in opposite directions, having wire lengths equal to half the wavelength, connected to an AC voltage source with a frequency f, characterized in that we use a half-wavelength wavelength at each inductance to obtain an increased output frequency K coils inductively coupled to the original inductances, the coils alternately producing positive and negative output pulses, and the group of coils to one inductance is shifted by half the phase angle between the pulse zone of the other inductance, while the winding wire of the coils of two inductors along the half-wave length should not overlap each other.

3. A hydrogen cell containing two oscillatory circuits, the capacitor plates of which are perforated in such a way that the plates of the first capacitor interact through the holes in the plate of the second capacitor and vice versa the plates of the second capacitor interact through the holes in the plate of the first, and the inductors having the opposite winding are displaced between the plates capacitors and have interturn openings.