RU2252529C1 - Mode of influencing on atmospheric processes, defining weather - Google Patents

Abstract

FIELD: the invention refers to the modes of changing of atmospheric processes.

SUBSTANCE: atmospheric processes come to transformation of the molecular composition of the molecules of the atmospheric gas. In every period of time one can observe definite molecular composition of that or another sphere of atmosphere, giving that or another kind of weather over corresponding area. Molecular composition of atmosphere is subjected to changing or preserving through influencing with narrow directed sound vibrations and electromagnetic waves on definite molecules of the atmospheric gas in definite regions of atmosphere. At places of crossing of narrow directed sound and electromagnetic vibrations new molecular compositions-"molecular-embryos", which transfer over chain reaction its composition and energy on neighboring molecules.

EFFECT: this provides forming of total molecular composition of the atmosphere gas in given sphere and provides desired weather from the spectrum of climatic possible kinds of weather for a given region and given period of the year.

2 cl, 3 dwg

Description

The use and capabilities of the proposed method:

1. Create over a given territory cyclones and anticyclones, different in size, power and temperature characteristics;

2. Change the trajectory of the cyclones and anticyclones;

3. Change the speed of movement of cyclones and anticyclones and their standing;

4. Change over a given territory such meteorological values as:

- Atmosphere pressure;

- air temperature;

- cloud cover;

- direction and strength of the wind;

5. Prevent or eliminate natural disasters such as:

- floods;

- large forest fires;

- drought;

- frosts;

6. During the holidays in large cities to create clear and warm weather above these cities;

7. To regulate the water level in rivers and lakes, creating rain cyclones over these territories or, conversely, anticyclones.

8. In areas where spacecraft are launched, create cloudless, calm weather. By redistributing the energy of atmospheric quantities, you can create any weather.

In summer, for example, create warm, cold, hot, rainy weather, or a combination of both.

In winter - snowy, snowless, rainy with long and short, severe or slight frosts; in spring, snowmelt can be controlled at a certain speed by adjusting the temperature and pressure of the air masses.

Such diverse possibilities of the proposed method are associated with a variety of molecular-structural patterns of atmospheric gas: each of these patterns is formed in a particular area of the atmosphere, determines certain weather conditions in the territory of the corresponding region. Each of these patterns is made up of the physical characteristics of the individual elements of the atmospheric gas. This implies a three-stage mechanism of weather formation: the impact on the physical characteristic of an element of the molecular structure of the atmosphere — changing or maintaining the picture of the physical characteristics of a given region of the atmosphere — forming a given weather in a given region.

It is known that the earth's atmosphere is a mixture of two dozen gases. The main ones are nitrogen and oxygen, as well as important impurities such as: water vapor, carbon dioxide and ozone. The gases that make up the air, having a certain density, exert a pressure on each square centimeter of the earth's surface equal to the weight of a column of air from the sea surface to the upper border of the atmosphere, and averaging 1.033 kg / cm ² at sea level. This pressure under the influence of external forces constantly changes, rises or falls from the average value: cyclones or anticyclones form, which determine the weather on Earth.

Atmospheric pressure changes because there are intermolecular attraction and repulsion forces between the molecules of the atmospheric gas, which have an electromagnetic and quantum nature. Both types of forces act simultaneously. Otherwise, certain volumes of liquid and solid bodies would have been impossible: the particles that formed them would either scatter in different directions or stick together.

The forces of mutual attraction vary depending on the distance r between the molecules. At a distance of r ~ 10 ^-10 m, repulsive forces prevail, and at a distance of r ~ 10 ^-9 m, attractive forces prevail.

We give graphs of the dependence of the forces of attraction and repulsion, as well as potential energy, on the distance between the molecules. Figure 1 is a graph of the dependence on r forces:

- attraction, curve F _2r , repulsion, curve F _1r and the resulting force, curve F _r . Figure 2, where W _{p min} - the value of the lowest potential energy of interaction of molecules;

W _p - potential energy of the molecules;

r is the distance between the molecules. Here the potential energy is equal to:

A system consisting of two interacting in a state of stable equilibrium (r) has the least potential energy. When r <r ₀ - the energy W _p begins to increase, becomes positive and then increases sharply due to the rapid increase in repulsive forces with decreasing r.

The value of W _{p min} - the lowest potential energy of interaction of molecules is a criterion for various aggregate states of matter.

, то вещество находится в газообразном состоянии. При

, осуществляется твердое состояние.If

, then the substance is in a gaseous state. At

a solid state is carried out.

, соответствует пребыванию вещества в жидком состоянии.Conditions

corresponds to the stay of a substance in a liquid state.

Here, QD is the doubled average energy per one degree of freedom of the thermal motion of the molecule.

At distances r≤10 ^-10 m between the molecules, in addition to the electromagnetic action, a special quantum interaction arises, which either leads to the appearance of repulsive forces between the molecules, or to a strong attraction of neighboring atoms. In a system of two molecules, the interaction forces, being internal, cannot change the total energy of the system, consisting of the kinetic energy W _{K of the} molecules and their mutual potential energy W _p , therefore

или, если dW_K=0, то

or, if dW _K = 0, then

From the foregoing, it can be seen that in the intermolecular interaction system, the distance (r) between the molecules depends on the kinetic and potential energies.

Moving from a molecule to atoms, the interaction of molecules is faced with the need to take into account two more components.

The molecule can rotate, the atoms of the molecule can oscillate with respect to each other.

All these types of energy are quantized.

They can only have a certain meaning. Thus, the energy state of a molecule is described by the state of its electronic cloud (electronic level), the state of vibrational motion (vibrational level), and the state of rotation (rotational level). We have to operate on three types of data.

So, the internal energy of a molecule can be specified from the sum of three terms.

where W _el - the energy of the electronic level of the molecule (atom);

W _count - energy of the vibrational level of the molecule (atom);

W _BP - the energy of the rotational level of the molecule (atom).

According to the Bohr frequency rule, the frequency of the emitted or absorbed light will always correspond to the difference (Δ symbol) of two levels, i.e.

This is the frequency hν of the photon emitted by the molecule when its energy state changes.

The transition of a molecule from one rotational step to another depends on the frequency hν.

Wavelengths of the order of 0.1-1 mm will be absorbed by the molecules.

A purely rotational spectrum arises.

New phenomena will occur when we send radiation to a substance that has energy quanta sufficient to transfer a molecule from one vibrational level to another. Transitions from one vibrational level to another will affect different rotational levels. All transitions from one vibrational level to another will differ little in energy and will give a group of very close lines in the spectrum.

At certain frequencies of radiation to the atoms of the molecule, it can transfer from one energy level to another, thereby increasing or decreasing the distance between the molecules.

An electron in an atom has kinetic and potential energies.

The kinetic energy of an electron is the energy of its motion. It is associated with an impulse according to the well-known formula:

where E _K is the kinetic energy of the electron;

m is the mass of the electron;

V is the electron velocity;

p is the pulse energy.

The potential energy of the electron E _p is the energy of the Coulomb interaction with the nucleus. For her, there is also a formula:

where the minus sign corresponds to attraction;

e is the electron charge;

r ^' is the distance from the electron to the nucleus

K is the coefficient depending on the choice of units.

. Притяжение электрона к ядру стремится уменьшить

, схлопнуть облако вероятности. Этому соответствует уменьшение потенциальной энергии электрона, которая по порядку величины равнаIn each state, the electron has a certain value of the total energy E for this state. The state with minimum energy is called the ground (unexcited) state. Let the electron be smeared in a certain region of size

. The attraction of an electron to the nucleus tends to reduce

collapse a cloud of probability. This corresponds to a decrease in the potential energy of the electron, which in order of magnitude is

растет модуль отрицательной величины).(when decreasing

the modulus of a negative value grows).

увеличивается минимальный импульс Р₀ частицы:If the electron did not possess kinetic energy, then it would fall on the nucleus. When decreasing

the minimum momentum P _{0 of the} particle increases:

therefore, kinetic energy is growing

Where

и h - постоянные Планка.

and h are Planck's constants.

The state of an electron in an atom is determined by the kinetic and potential energy of this electron.

All of the above judgments and formulas suggest that electrons, atoms, molecules have a certain energy. Between them, different forces of mutual attraction and repulsion act. The distance (r) between molecules, atoms, r ^' between the nucleus and the electron depends on the kinetic and potential energies of these particles.

A change in kinetic energy in a molecule (atom) leads to a change in potential. In this case, an increase or decrease in the distance (r) between the molecules occurs: a decrease or increase in the density of molecules in a certain volume dV leads to the formation of new molecular structures.

The restructuring of molecular structural formations in the Earth’s atmosphere is reduced to the fact that under the influence of certain effects on the molecules (atoms) of various gases filling the Earth’s atmosphere, the molecules of these gases can change their spatial position relative to each other, forming new structures.

For example, during the evaporation of the water masses of the seas and oceans in the Earth’s atmosphere, water vapor forms, which forms clouds. The chemical substance H ₂ O can exist in the atmosphere in three states of gaseous, liquid, solid:

- gaseous are clouds;

- liquid - rainfall;

- solid - snowfall.

How do these three states differ from each other? The vapor molecules are located farther from one another than the water molecules. Because of this, the potential energy of water will be different from the potential energy of steam. The potential energy of attracting particles decreases with their approach, so the energy of steam is greater than the energy of water.

All three of these states differ from each other in potential energy and possess a molecular structure that is different in relation to each other. The atoms are the same, but the state is different.

To create weather in an area artificially means to change the energy of particles in the atmosphere and create the necessary structure of air masses, which will determine the weather.

The basic equation of the kinetic theory of gases

where P is the gas pressure

V is its volume,

is the total kinetic energy of the translational motion of n gas molecules in the volume V, m _i is the mass of the i-th molecule, u _i is the speed. If we introduce the mean square velocity c of the translational motion of gas molecules, then for a homogeneous gas (m _i = m) the kinetic energy of the molecular mass of the molecule’s motion

and

where M = nm is the mass of gas.

Another kind of basic equation:

- число молекул газа в единице объема,Where

- the number of gas molecules per unit volume,

и

- плотность газа

and

- gas density

From the formula (1) it is seen that if you reduce or increase the number of gas molecules per unit volume, this leads to a change in pressure.

The total energy of the molecule is the sum of the kinetic and potential energies

where ρV = m, ρ is the density of the molecule,

V is the volume of the molecule, m is the mass of the molecule,

r is the distance between atoms,

q is the acceleration of gravity.

It can be seen from equation (2) that if, under certain influences, the volumes and velocities of gas molecules are changed, then a decrease or increase in the density of molecules and the magnitude (r) occur.

происходит перераспределение физических величин: одни уменьшаются, другие увеличиваются. Изменение кинетической энергии приводит к изменению потенциальной, в результате этого образуются новые молекулярные структуры.During impacts using sound vibrations and electromagnetic waves at

redistribution of physical quantities occurs: some decrease, others increase. A change in kinetic energy leads to a change in potential, as a result of which new molecular structures are formed.

(где r - расстояние между молекулами) приводит в действие силы межмолекулярного притяжения, действующие между молекулами на расстоянии порядка 10^-9 м.A change in the structure of the molecule leads to a change in the potential energy of the molecule and to the interaction between the gas molecules according to the law

(where r is the distance between the molecules) activates the forces of intermolecular attraction, acting between the molecules at a distance of about 10 ^-9 m

The total potential energy W _{p of the} van der Waals forces is

where W _op - orientation forces;

W _ind - induction forces;

W _disp - dispersion forces.

All these forces are of an electric nature.

As a rule, it is dispersion forces that play the decisive role in the mutual attraction of molecules, since they exceed both orientational and induction attractive forces.

The forces of mutual attraction and repulsion variously depend on the distance r between the molecules.

When artificially applied by means of sound vibrations and electromagnetic waves, the following occurs:

1. A change in the kinetic energy of the molecule leads to a change in the potential

in this case, the total energy of the molecule W is unchanged. And what is changing?

2. Change: Wel; wcol; Wb

There is an internal restructuring of the molecule.

3. There are already other forces of interaction between the molecules

The distance between the molecules increases or decreases. What is the result?

4. There is a change in the number of molecules per unit volume

a change in density in the dv volume leads to a change in pressure, which ultimately determines the weather in a given area.

Since W = const, the internal energy of the molecule is redistributed, and the total energy of the molecule does not change.

The claimed invention relates to methods for artificial weather changes and is intended to affect atmospheric molecular structural formations in order to establish certain weather conditions over said area to prevent or eliminate natural disasters. These effects are carried out by the proposed installation.

The essence of the claimed invention

The change in weather conditions according to the claimed technical solution is achieved by acting on individual molecules of atmospheric gas at specific points in the atmosphere of narrowly directed sound vibrations and electromagnetic waves.

As a result of these effects on molecules located at certain points in the space of the atmosphere, the energy is redistributed in the molecules (atoms): the volumes of the molecules, the distance between the atoms, without changing their chemical bonds. At the points of influence, new molecular structures are formed - “nucleus molecules”, which transfer their structure, energy to neighboring molecules in the atmosphere, through a chain reaction. And the more created by the action of “nucleus molecules” in atmospheric space, the faster the particular weather is created that we want to get in the specified area, on a certain area.

The analysis of the prior art according to published sources showed various areas of ongoing developments in the impact on atmospheric processes:

- electrical method of exposure;

- introduction of reagents into atmospheric formations;

- thermal methods;

- methods of acoustic exposure, etc.

Closest to the proposed one is a method (RF Patent No. 2063678, A 01 G 15/00 of 12/23/1992) exposure to substances using electromagnetic signals for the deposition or dispersion of aerosol clouds, which requires an increase or decrease in the size of liquid droplets. Drops distributed in the final volume are used as the irradiated substance; in this case, amplitude modulation of the carrier frequency of the electromagnetic signal is carried out by a frequency spectrum determined by the range of linear droplet sizes.

The targeted approach of the aerosol particles is achieved due to several attractive forces arising in the droplets when they are irradiated with an electromagnetic wave. However, it is not possible to achieve other weather results in this way, since the method does not include exposure to atmospheric pressure, which affects a number of weather factors, listed below.

The known method (RF Patent 2058071, A 01 G 15/00, E 01 H 13/00 of 02/15/93), the active impact on the atmosphere in order to cause precipitation. The essence of this invention: affect the atmosphere over a given area of electromagnetic radiation in the form of pulses at a time when the specified area is in the corresponding center of the night side of the Earth.

The disadvantage of these analogues is that they are mainly aimed at causing precipitation over a given area in the presence of cloudiness in the atmosphere.

The reasons for the disadvantages of these analogues are that it is impossible to obtain a wide range of weather with the help of electromagnetic radiation alone compared with the proposed method. It is impossible, for example:

1. Change the direction of the wind in one direction or another;

2. To rearrange the molecular structure of a cold anticyclone to the molecular structure of a warm or hot anticyclone;

3. Eliminate spring frosts;

4. Change the trajectory of the cyclones and anticyclones, their speed or standing;

5. Create certain types of weather in areas remote over long distances from the impact site.

New in the proposed method, unlike analogues, is:

1. The effect of using narrowly directed sound vibrations and electromagnetic waves is produced on the molecules (atoms) of atmospheric gas;

2. In patent No. 2063678, the initial range of modulation frequencies is set according to the appearance of the clouds. In the inventive method, the frequency spectrum of the modulation upon exposure is determined based on:

- pressure of air masses;

- temperature of air masses;

- wind directions;

- the speed of the vibrational and rotational levels of atoms, molecules;

- the distance between the molecules.

All of the above data can be measured with existing instruments and technical means, including spectral analysis tools.

3. In the claimed method, the radiation of sound vibrations and electromagnetic waves is carried out with time intervals between them, ensuring the coincidence in time of the amplitude maxima and minima of acoustic radiation with amplitude maxima and minima of electromagnetic radiation at the same time points. Oscillations of two radiations at a certain point in the space of the atmosphere must intersect. The sequence of emission of two signals depends on the area of the generated cyclones and anticyclones, i.e. from the distance from the location of the exposure equipment;

4. To solve the problem, a sequential technological chain of transfer from one molecular structural state to another is used;

5. The claimed method takes into account that each newly created molecular structure has a certain kinetic and potential energy;

6. In the inventive method when exposed, for example, to such physical quantities as: ρ; V; c; r; w molecules (atoms) of atmospheric gas,

where ρ is the density of particles in the volume,

V is the volume of molecules (atoms),

c is the vibrational velocity of the molecules (atoms),

r is the distance between molecules (atoms),

ω is the rotational velocity of the molecules,

- it has been taken into account that by creating various combinations between these physical quantities in strict mathematical relationships, we will be able to create cyclones and anticyclones of different magnitude, power and temperature characteristics, each having its own molecular structure;

7. The impact in the given analogues is carried out using either electromagnetic radiation or sound vibrations separately from each other, in the proposed method, the radiation is carried out jointly and alternately: jointly at the place of exposure in the atmosphere and alternately in the sense of a time interval that ensures the coincidence of the maxima and minima of both radiation .

8. In the proposed method, the radiation of two types of signals is selective and narrowly directed to certain points in space. In analogs, radiation by an electromagnetic wave is carried out using antennas in all directions, which does not allow analogues to do the weather purposefully and at certain distances from the location of the exposure equipment;

9. From one location of the apparatus for the influence of narrowly directed sound vibrations and electromagnetic waves, the claimed method allows to create or destroy different types of cyclones and anticyclones in the north, south, east and west at the same time;

10. The claimed technical solution allows to destroy cyclones and anticyclones when they approach the appropriate area at a far distance from the place of impact;

11. Where there is hot and dry weather for many months, where the weather has jammed, i.e. the potential energy of such weather is in a deep hole, the method allows the conclusion of such weather from this state.

In our method, in addition to the apparatus exposure settings for the redistribution of energy of gas molecules of air masses and the establishment of a particular weather, the energy of the atmosphere is used, since in the atmosphere every minute, hour, day, energy is redistributed constantly under the influence of external forces. For example, with southerly winds you can create warm cyclones and anticyclones; in the north, cold cyclones and anticyclones. All these cyclones and anticyclones, warm and cold, are not alike and each has its own molecular structure, i.e. have strictly established energy ratios of the particles participating in them.

To create artificially defined weather in a specified area is a chain of successive influences. For example, to create a warm anticyclone with a standing time of about one month in a given area with temperature at night + 20 ° С, daytime + 30 ° С and atmospheric pressure 752-760 mm Hg. necessary:

- first, create a cyclone with an atmospheric pressure of 720 mm Hg. This will reduce the dynamics of the movement of air masses;

- second, redistribute the energy of the cyclone and based on this create a cold anticyclone. This is necessary to increase atmospheric pressure to a maximum;

- third, redistribute the energy of the cold anticyclone and create a warm anticyclone while maintaining the pressure of the cold anticyclone.

This method includes a whole technological chain of actions.

Before embarking on the impacts, it is necessary to study the situation in the impact area and beyond, study the state of atmospheric values, compile weather graphs, and then correctly select one or another pattern of impacts and the sequence of impacts on certain points in the atmosphere in order to obtain positive results.

Using this method, you can create almost any weather throughout the year anywhere in the country, of course, you cannot replace solar energy and make summer in winter (+ 20 ° C), and create winter in summer (-20 ° C), but it is possible to make warmer or colder .

The pulses of electromagnetic waves when exposed to certain points in the atmosphere are in the infrared region of the spectrum.

This method has a positive effect on the climate of the region where the effects on atmospheric processes are carried out, since these effects correct the adverse manifestations of the weather, which presents us with drought, forest fires, floods, etc. At the same time, the power of installations transmitting sound vibrations and electromagnetic waves to certain points in space is small (≈200 W). This is the power of an ordinary light bulb. Therefore, our exposure system is completely safe for humans and the environment.

Currently, it is possible to create cyclones and anticyclones over a given territory with a range of 500 to 1,500 km from a single point of impact. When moving exposure units, the area of cyclones and anticyclones can be increased.

The time of formation or destruction of cyclones and anticyclones by the indicated artificial method depends on the weather conditions in the given area and around it, the power of atmospheric formations and is at least several hours; up to 12 days maximum.

The standing time of the created cyclones and anticyclones, different in temperature characteristics, can be from 2 weeks to several months.

The experimental application of this method for changing weather was successfully carried out in 2002 when extinguishing large forest and peat fires in May in the Khabarovsk Territory and in September in the Moscow Region.

Example No. 1. Khabarovsk and Khabarovsk Territory on May 16, 2002

Operational reports: "On May 16, 2002, there is a powerful anticyclone in this area with a pressure of 754-757 mm Hg. Daytime temperature ranges from + 26 ° C to + 28 ° C. As a result of the action of the anticyclone, the weather is very dry "There are about 40 forest fires over a very large area, and fires do not stop, but intensify."

Our group was offered to destroy the anticyclone in the area within 7 days, lower the pressure until cyclones form, and put out the fires.

On May 17, 2002, the group flew to Khabarovsk and immediately began to study the meteorological state of the weather in the Khabarovsk Territory.

The weather condition on 05/17/2002 was as follows:

Air temperature - during the day from + 26 ° С to + 30 ° С, at night + 20 ° С;

Atmospheric pressure - 755-757 mm Hg;

Humidity - 43-48%;

Wind direction is south;

Cloudy - cloudless sky;

Precipitation - no.

A study of the weather meteorological status showed that in this area there is a powerful warm anticyclone coming from China, covering the entire Khabarovsk Territory in area. This warm anticyclone created very dry and hot weather with numerous forest fires, an average of about 150 outbreaks of fire.

Based on the above atmospheric data, including the power of the anticyclone and the state of its molecular structure, sound and electromagnetic vibrations were applied to individual points of the atmosphere in order to destroy the molecular structure of the warm anticyclone. In this case, the frequency and amplitude of the emitted radiation is subordinated to a change in the energy of the electronic level, vibrational level and rotational level of the atmospheric gas, as well as to the coincidence in time of the amplitude maxima and minima of the acoustic radiation with the amplitude maxima and minima of electromagnetic radiation. As a result of narrowly directed radiation to certain points in the space of the atmosphere, the molecular structure of the warm anticyclone was transformed, i.e. its slow destruction with decreasing pressure and temperature of the air masses and the formation of a new molecular structure of the cyclone according to the following scheme:

May 18, 19, May 20, 2002 - a slow destruction of the anticyclone occurs.

May 21, 22, 2002 - the formation of clouds and the creation of a cyclone.

May 22, 2002 - a cyclone formed over the Khabarovsk Territory.

According to official reports of the weather and weather center of the city of Khabarovsk and weather broadcasts on television, it was reported that it rains over the entire territory of the Khabarovsk Territory.

From May 18 to May 22, 2002, the warm anticyclone was destroyed and a cyclone was created.

It took time - 5 days instead of 7 planned. On May 23, 2002, the group flew to Moscow.

According to meteorological reports, the Far East for May 24, 2002, over the Khabarovsk Territory is a cyclone from Vladivostok to Magadan with a diameter of about 2,200 km, i.e. with a radius of 1000 km.

The cyclone is inactive, because the weather there is cloudy and rainy. Most of the rains in the Khabarovsk Territory, where until recently the situation was the most fire hazard.

As a result of exposure from May 18 to May 22, 2002, atmospheric values were redistributed over the Khabarovsk Territory.

The air temperature dropped from + 30 ° С to + 8 ° С.

Relative humidity from 40% increased to 80%.

Atmospheric pressure from 757 mmHg dropped to 741 mmHg and continued to fall.

According to the meteorological and weather center reports of the Russian Federation for May 25, 2002, it rains in the Khabarovsk Territory, all fires are localized.

As a result, the Governor of the Khabarovsk Territory lifted the state of emergency on forest fires in this region.

All these data prove that the technology of acoustic and electromagnetic effects on atmospheric processes works.

Starting from May 22, 2002, cyclones stood continuously over the Khabarovsk Territory for about 3 months.

If we compare the weather conditions before May 18, 2002 and after May 23, 2002, look at different weather maps in the Khabarovsk region, we can see the differences.

On May 18, 2002 there was a powerful anticyclone, and on May 22, 2002, instead of the anticyclone, which was destroyed over the territory of the Khabarovsk Territory, a cyclone was established with rainfall.

The task set for the group on May 16, 2002, in the opinion of the authors and performers, was achieved. Preserved richness of forests in the Khabarovsk Territory.

To compare different weather before and after the experiment, we attach to this text various weather maps, a comparison of which gives a clear understanding of the weather changes that occurred from May 18 to May 22, 2002 over the territory of the Khabarovsk Territory.

Example No. 2. In the central region of Russia for three months, from June to mid-September 2002, hot and dry weather set in. The reason for this phenomenon was a powerful anticyclone, which came to us from the west. Gradually, gaining its power, the anticyclone captured a vast territory. So, until the beginning of September, its area was all of Eastern Europe and half the area of Western Europe.

The center of the anticyclone was in the Central region of Russia.

As a result of the action of this anticyclone at the end of July - in August, fires began in Moscow, Vladimir, Yaroslavl, Kostroma, Tver, Nizhny Novgorod, Leningrad and other regions.

The action of the anticyclone led to a sharp decrease in water levels in lakes, rivers, and reservoirs. A threatening situation has been created, especially for the city of Moscow.

According to weather reports, the supply of fresh water for this city was the monthly norm.

If it does not rain in the coming days of the week, then there will be an increase in the area of forest fires and further drainage of lakes, rivers and a decrease in the level of groundwater occurrence, which can cause an environmental disaster and lead to a situation much more complicated than in 1972.

Peat burned especially strongly in the Moscow region. Moscow was shrouded in a veil of smoke, visibility is very low. People walked with gauze bandages.

Our group was assigned the task on September 4, 2002: to destroy the anticyclone (its fatal effect) within 7 + 1 days, create a cyclone and cause precipitation.

Before the application of the technology of sound and electromagnetic effects on atmospheric processes on September 5, 2002, on radio and television, the official reports of the meteorological center reported that it was expected to rain only in the month of October 2002, i.e. one month before the start of the experiment on changing the weather.

According to our group, such dry weather with atmospheric pressure of 752-758 mm Hg could stand until the beginning of January 2003. According to our concepts, it “jammed”, such a structure of the anticyclone was formed that the weather itself could not quickly get out of this state. It was necessary to apply an artificial effect.

On September 5, 2002, the group began to influence atmospheric processes by destroying the anticyclone, lowering the air temperature to 10-12 ° C during the day and lowering the pressure in the Central region of Russia to the point of cyclone formation.

From September 5 to 10, as a result of artificial influences, a slow decrease in pressure in the European territory of Russia occurs: the pressure dropped from 756 mm Hg. up to 742 mmHg

From September 11 to September 14, the pressure dropped to 733 mm Hg. (this is the point of cyclone formation) and a sharp decrease in temperature to +10 + 14 ° С in the afternoon occurred.

September 14, 2002 at a pressure of 733 mm Hg there was a change of weather from dry to rainy.

As a result of sound and electromagnetic effects on the atmosphere from September 5 to September 14, 2002, the anticyclone that dominates the central territory of Russia was completely destroyed, which led to the formation of cyclones, their movement from the south, north-west to the Central regions with precipitation of various intensities.

From September 15 to November 15, 2002 on the European territory of Russia, the weather was determined by cyclones that stood for almost two months.

During this period, short-term rains and heavy rains occurred throughout the territory where the weather was dry, sometimes monthly precipitation fell in one day.

According to the meteorological center in Moscow, the rains began on September 17, 2002, with their subsequent intensification.

As a result of artificial impacts on atmospheric processes, fires were extinguished in the above areas, especially in the Moscow region, the environmental situation in Moscow improved.

If we talk about the timing, then the group did not meet the deadlines: instead of 8 days of the planned impacts, it took 10 days.

It would take two, three months for nature to get out of this state.

The restructuring of the molecular structures at certain points in the atmosphere using mobile ground installations is as follows (see figure 3).

Narrowly directed radiation of sound vibrations and electromagnetic waves with given radiation characteristics is sent to certain points in the Earth’s atmosphere at angles of 10–40 °. At the intersection at these points, a redistribution of the physical quantities of the energies of the molecules takes place, their molecular structural rearrangement takes place, i.e. thereby, we create at these points the nucleus molecules of the future weather, which transfer their vibrations and the changed energy to neighboring molecules through a chain reaction. The more we create nucleus molecules in the atmosphere, the faster this or that weather is established on a certain area in the atmosphere.

The height of the intersection of electromagnetic and acoustic radiation depends on the selected angle of radiation. Radiation to a directed place is carried out for 5-10 minutes during each hour. In the initial and subsequent stages of the impacts, the initial data are: air gas pressure, their temperature, wind direction, cloud direction, and their speed. All these atmospheric characteristics can be measured by existing technical means.

The exposure setting used in the above examples has the dimensions of a desk; it can work both from land and from floating facilities. The installation includes automatic control and monitoring equipment. Figure 3 shows a block diagram of the installation. In the same figure, the formed embryonic molecules are shown by hollow circles, and the atmospheric gas molecule at the moment of its simultaneous irradiation by sound and electromagnetic vibrations is shown by a black circle. The setup consists of a generator 1 of sound vibrations, a generator 2 of electromagnetic waves, a modulator 3 placed between them, amplifiers 4 and 5 at the output of the generators, computer 6 and an oscilloscope 7. The purpose of the latter is to control the coincidence of highs and lows. Magnetic disks are installed on the computer that enters the operation of the operating unit, on which certain algorithms are recorded (a program of actions with different amplitudes and frequencies). With artificial impact, each type of weather created has its own algorithm, on command of which certain directed radiation of sound vibrations and electromagnetic waves emits to points of the atmosphere.

Claims (2)

1. A method of influencing the atmospheric processes that determine the weather, including the emission of electromagnetic waves into separate parts of the atmosphere with a predetermined band of frequencies and amplitudes, characterized in that in addition to electromagnetic waves, acoustic vibrations emit in the same parts of the atmosphere, which modulate in frequency and amplitude based from the molecular-structural formation of the atmosphere at the initial time, and the emission of sound vibrations and electromagnetic vibrations is carried out with time intervals Lamy therebetween providing coincidence in time of the amplitude maxima and minima of said radiation. 2. The method according to claim 1, characterized in that the change or conservation of the internal energies of the electronic, vibrational and rotational levels, which determines the molecular structure of the atmosphere, is achieved by selecting the frequency and amplitude of the emitted vibrations.

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