Американский Научный Журнал NEW MODERN NANOENERGETICS. CORONAVIRUS PANDEMIC CONTROL. MITIGATING THE CURRENT CRISIS AND DEALING WITH THE GLOBAL ECONOMIC COLLAPSE (23-32)

A fundamentally new direction in theory and practice of quantum nonlinear phenomena in a nonideal and very close to degenerate plasma has been developed. For the first time, the existence of a new state of matter-imperfect plasma-quantum plasma condensate combining the properties of ordinary liquid and ionized plasma has been theoretically predicted and confirmed. The analysis of modern nanoenergetics has been conducted, special attention has been paid to its ecological state, the quantum non-ideality of a non-degenerate plasma and the exchange interaction of electrons in it, which leads to the efficient energy release in the plasma process being studied, have been investigated. The discovery of this kind of phase state of a non-ideal nondegenerate plasma and its use in engineering and technology allows creating a fundamentally new effective, renewable, cheap, and stable nanoenergetics on a global basis. This energy source is the only environmentally friendly source that does not destroy and pollute our planet, while its use purifies our ecosphere. Based on the author’s pioneering discoveries in the qualitative research of nonlinear quantum phenomena in a non-ideal and close to non-degenerate plasma and the proposal of a fundamentally new, effective, and harmless energy source, the use of which purifies all spheres of the planet Earth, and also his proposals of fundamentally new devices - Universal Modules of Industrial Disintegrators/Activators- the possibility of implementing ambitious, efficient, and self- sustaining state projects based on the developed nanotechnologies is considered. During the research of nonlinear quantum phenomena in non-ideal and close to degenerate one, the author has developed and offered solutions to the triumvirate of problems that allow: create a modern, efficient, safe, harmless, and renewable nanoenergetics that meets the actual challenges; reduce the threat of the coronavirus pandemic; mitigate the effects of crises and deal with the global economic collapse. Скачать в формате PDF
American Scientific Journal № ( 39 ) / 2020 23

ФИЗИКО -МАТЕМАТИЧЕСКИЕ НАУКИ

NEW MODERN NAN OENERGETICS . CORONAVIRUS PANDEMIC CONTROL.
MITIGATING THE CURRENT CRISIS AND DEALING WITH THE GLOBAL ECONOMIC
COLLAPSE.

Kulakov A.V.
Institute of Functional Economic Systems.
Moscow, Russia.
June 2020

Abstract . A fundamentally new direction in theory and practice of quantum nonlinear phenomena in a non -
ideal and very close to degenerate plasma has been developed. For the first time, the existence of a new state of
matter -imperfect plasma -quantum plasma condensate combining the properties of ordinary liqui d and ionized
plasma has been theoretically predicted and confirmed. The analysis of modern nanoenergetics has been
conducted, special attention has been paid to its ecological state, the quantum non -ideality of a non -degenerate
plasma and the exchange int eraction of electrons in it, which leads to the efficient energy release in the plasma
process being studied, have been investigated. The discovery of this kind of phase state of a non -ideal non -
degenerate plasma and its use in engineering and technology a llows creating a fundamentally new effective,
renewable, cheap, and stable nanoenergetics on a global basis. This energy source is the only environmentally
friendly source that does not destroy and pollute our planet, while its use purifies our ecosphere.
Based on the author’s pioneering discoveries in the qualitative research of nonlinear quantum phenomena in
a non -ideal and close to no n-degenerate plasma and the proposal of a fundamentally new, effective, and harmless
energy source, the use of which purif ies all spheres of the planet Earth, and also his proposals of fundamentally
new devices - Universal Modules of Industrial Disintegrators/Activators - the possibility of implementing
ambitious, efficient, and self - sustaining state projects based on the dev eloped nanotechnologies is considered.
During the research of nonlinear quantum phenomena i n non -ideal and close to degenerate one, the author has
developed and offered solutions to the triumvirate of problems that allow:
create a modern, efficient, safe, harmless, and renewable nanoenergetics that meets the actual challenges;
reduce the threat of the coronavirus pandemic;
mitigate the effects of crises and deal with the global economic collapse.
Keywords: non -ideal quantum plasma, modern energy, energy rel ease mechanism, new state of matter —
quantum plasma condensate, alternative, efficient, renewable, and stable fundamentally new source of energy
source, plasma combustion of fuels, purification of the planet’s ecosphere, UMoID/A

The work shows that the use of currently existing
energy imposes a health hazard, reduces people’s
immunity, and (naturally) resistance to the coronavirus.
Measures are proposed to minimize the consequences
of the coronavirus pandemic on Earth.
Information on the proposed technic al projects
and Universal Modules of Industrial
Disintegrators/Dispersants, which allows to introduce
the new developed nanotechnologies of the new perfect
and cheap materials and products and create millions of
jobs, is provided.
Introduction
The situatio n of our planet Earth is very alarming.
Humanity is moving towards the new Sixth
Technological Revolution, which, like in every
transition, could lead to a change in ownership of assets
and financial flows and, possibly, reformat the entire
system of activ ities on our planet (in extremis,
including social unrest). We do not know what the
oncoming economic crisis will be like, the percentage
of GDP losses in the U.S. and the European Union, and
the consequences of these losses.
The World Health Organization cannot predict the
consequences of the spread of coronavirus (COVID -
19), the causative agent of which was the novel
coronavirus SARS - Cov -2.
Doctors are concerned about some of the features
of this coronavirus, such as multivariance of its
symptoms, inabil ity to establish an “intermediate
carrier” of the virus that could infect a person, virus
mutation, inability to quickly obtain a vaccine against
coronavirus, the possibility of animals' bodies serving as
"fomites," or surfaces that virus particles can lan d on
and be transmitted by touch, and a large number of
infected people.
This situation requires immediate antiviral and
energy measures.
This article, based on the results of fifty years of
work on development of breakthrough energy
technologies in theory and practice of a non -ideal, close
to non - degenerate plasma, started by PhD in Physics &
Mathematics A.A. Rumiantsev who, unfortunately,
passed away in 1990. He predicted and confirmed the
existence of a fundamentally new state of physical
matter - quant um plasma nanocondensate - liquefied
plasma, combining the properties inherent in standard
liquid and ionized plasma - a fundamentally new ,
effective, and harmless energy source, the use of which
helps reduce the pollution caused by waste. Purification
of planet Earth, which has been contaminated to the
limit, in some areas of which gas contamination,
slagging, and municipal waste exceed all permissible
norms, will lead to a boost in the immune system of the

24 American Scientific Journal № ( 39 ) / 2020
population, which will make it possible for human s to
exist safely in the presence of viruses.
Naturally,
The aim of this work is to develop solutions to three
global problems that determine the possibility of a
satisfactory existence of people on planet Earth:
What should be the modern energetics;
Hazar d reduction - Coronavirus pandemic control;
Mitigating the effects of the current economic
crisis and dealing with the global economic collapse.
Methodology and materials concerning the
problem A - What should be the modern energetics
The author of this ar ticle was the first to discover
that when plasma is densified even before the onset of
the degeneration stage, the ove rlap of electron wave
clouds becomes significant. Overlapping effects create
the first -order effect in relation to de Broglie
wavelength and interionic distance. If in substances
being in the usual phase state, the overlap also exists, but
with increasing distances between atoms decreases
exponentially, then in a plasma, since the spectrum of
quantum energy states of electrons in it is conti nuous,
the effect of shells overlaps decrease with increasing
interparticle distances slows down significantly and
described by a power law dependence [1].
As a result, even in a plasma of moderate density
with �~10 20�� −3 ion concentration, such a pictu re of
particle inter -constrictions arises that corresponds to a
chain of successively overlapping electron clouds, and
each of the chain branches extends for a distance of the
screening radius order. The whole chain covers the
entire plasma as a whole - plasma ions “captured” by
this chain are attracted to each other, a phase plasma
transformation occurs.
The transition to a new state is accompanied by the
energy release equal to the heat of transformation . The
quantitative analysis below shows that the ene rgy
release can be very significant and exceed the
corresponding specific energy release during the
standard fuel combustion [1], [2]{3|4}{5|6}[7][8]
The fact that the overlap of electron shells of atoms
leads to their effective coupling is well known from the
theory of chemical bonding. It is enough, for example,
to point out the Heitler -London theory of molecular
forces, in which such forces are detected when
calculating the simplest molecules based on the
application of the variational met hod. And now, t his
method is most often used to explain and calculate the
structure of molecules and the forces acting between
the atoms composing them. Variational methods in
physics belong to the category of intuitive, posterior. A
consistent heuristic t heory can only be a theory that is
based on a direct solution to the fundamental equation
of quantum theory - the Schrodinger equation. Such a
theory is the perturbation theory considering exchange
forces (or the Pauli Exclusion Principle which the
author used to solve t he Schrodinger equation [1], [2]
Extended to the class of states of the continuous
spectrum, which is realized with respect to the states of
electrons in a plasma, this theory allows explaining the
already observed features of the plasma phase, as well as
to predict and use those phase properties that can and
should be used by modern engineering and technology.
We are talking about the manifestations of plasma non -
ideality because the energy of the Coulomb interaction
in such a plasma is comparable with the thermal
background energy, and the non -ideality of quantum
origin.
The results of a rigorous solution to the
Schrodinger equation, lass of continuous spectrum
states, in [1], [2] showed that quantum effects were
significant in case of the so- called non -degenerate
plasma, when the average interelectronic distance
exceeds the de Broglie wavelength of thermal electrons
several times, that is, when the following inequality is
made
, (1)
where ƛ is a de Broglie wavel ength of thermal
electrons, (�� )−1⁄3 – r is an average electron distance.
The exchange interaction of electrons under such
conditions leads to the fact that ions attract each other;
the binding energy of the latter becomes negative.
A phase transition occurs in substances,
accompanied by the ener gy release, which, however
turns out to be significantly larger than under the
standard phase processes.
The specific energy release (per gram)
corresponding to the latent heat of phase transformation
is as follows [1]:
E0 = 10z 3e2n1/3/�
Where е=14.8∙10 -10 cgs is an electron charge, z is
a degree of atoms ionization, m i is an ion mass.
Assuming n=10 21 cm -3, to evaluate z=2, � =2 ∙10 -
23 г, we obtain 0 = 10 13 erg/g = 1 BOD/g, which
exceeds the energy release of the most efficient fuels,
with the excepti on of nuclear materials.
Quantum condensate of a non -ideal plasma is the
only renewable, harmless, efficient, cheap,
reproducible, and stable source of energy on planet
Earth. It allows to consider it as corresponding to the
Sixth Technological Revolution, and its use as an
industry for the processing and disposal (recycling) of
waste created on planet Earth.
The author of this article has developed metho ds
for converting the quantum plasma condensate energy
into thermal [8] and electric energy [7], ultravi olet and
X-ray radiation [4], energy of generation and
acceleration of charged particles [6].
Materials and methods concerning the problem B
- Hazard re duction - Coronavirus pandemic control
Scientists believe that the population of the Earth
will die not from nuclear weapons but from waste. 95 -
97%% of what is extracted from the earth converts
either into an intermediate state or is buried. The world
is i n a state where the environmental damage of
technology has exceeded the capacity of our planet and
peopl e living on it.
As a result of its vital activity, mankind has
accumulated and placed a prohibitive amount of
industrial and domestic waste on the Earth ’s surface.
Waste is disposed of and continues to be disposed
of in dumps, storages, disposal sites, and at special

American Scientific Journal № ( 39 ) / 2020 25

landfills that occupy vast areas since the annual level of
waste processing does not exceed 5 -7%.
At the same time, the process of extractin g various
minerals from the earth’s crust, which are necessary for
accelerated economic growth and meeti ng the demands
of “consumer society”: ores, energy raw materials, and
mineral components required for growing production,
is intensifying.
As a result, the surface of our planet is covered
with new dumps, slagheaps, sludge depositories,
abandoned quarries, etc.
All these factors negatively affect the environment
and the people health, steadily making the disabled
community of people with a range of concomitant
diseases and low immunity grow. Intensive
development of the old economy and the concept of
“consu mer society” will accelerate the accumulation of
waste in the 21st century.
Tables No. 1, 2 show the compositions of typical
products and wastes o f various industrial productions
that are subject to worldwide subsequent high -
temperature disposal — burning with flue -gas
emission.
Table 1
Compositions of oxidized steelmaking slag, cement clinker, and portland cement of CEM 1 g rade
Name
Content, %

CaO

Al2O3

SiO 2

MgO

Fe2O3

MnO

Fe,
prills

SO 3
Oxidized steelmaking
slag

40 -55

1.5 -3

15 -19

1.5 -2.5

18-25

4-7

4-6


Remelted and partially
reduced slag

61.7 -63

1.8 -
3.7

18 -24

1.8 -3.1

4.5 -5.2

2.5 -4

0


Standard cement clinker
60 -67

3-8

17 -25

2.5 -5

4-5



0


Typical CEM 1
portland cement

62 -64

5.5

21.5

1.5

3-4



0

1.9
Red baux ite slug is a fine substance of the
following chemical composition, %



Fe2O3 CaO SiO 2 Al2O3 MgO TiO 2 S P2O5 Na 2O
40 -55 8-11 5-15 14 -16 0.5 -1.4 2-5 up to 2 0.2 -0.5 up to 2

Table 2
Average slag compositions of non -ferrous metallurgy and heat power ente rprises
Name
Content, %
Melting
temperature,


SiO 2

FeO

CaO

Al2O3

MgO

Cu

Co

Ni

Zn

Pb

S
copper
smelter
slags

32 -
45

25 -
45

12

3.2 -
9.7

2-11

0.3 -
0.9





0.5 -
1

0.22 -
0.8

0.4 -
1.2

1100 -1150
nickel
shaft
furnace
slags

39 -
45

16 -
24

12 -
21

4.5 -
7.5

9-17


0.010 -
0.024

0.1 -
0.17





0.43 -
0.5

1100 -1200
nickel
converter
slags

25 -
35

40 -
60

2-3

3-10

2-4

0.1 -
0.2

0.01 -
0.02

0.3 -
0.7





2-3[
]

1100 -1200
lignite
fired heat
power
plants ash

54 -
55

2.5 -
10

1.6 -
2.5

24.7 -
25.2

2.5 -
2.6











0.1 -
0.3

1400


44 -
49

7-
20

6-16

9-20

5-13













1300 -1350

26 American Scientific Journal № ( 39 ) / 2020
A scientist from Martin Luther University Halle -
Wittenberg Ogen identified the relationship between air
pollution by nitrogen dioxide and the mortality rate d ue
to a novel coronavirus by publishing his study on the
Science Direct platform.
Ogen's analysis shows that of 4,443 deaths caused
by coronavirus in 66 administrative regions in Italy,
Spain, France, and Germany 78% are concentrated in
onl y five regions w here the air is most polluted, four of
them are in Northern Italy and one in the autonomous
community of Madrid.
It appears that only the difference in air pollution
can explain the difference in mortality from
coronavirus in China compared to Vietnam, Lao s,
Cambodia; in the USA compared to Mexico and
Canada and in England compared to Turkey.
The today's situation with coronavirus in the USA
gives rise to a concern.
At the same time, it is necessary to use, in the
literal sense of the word, waste that destr oys the
planet’s population: industrial waste, sludge
depositories, mining dumps, and landfills as a material
for obtaining plasma quantum condensate that is
extremely useful for humanity as fuel which would
destroy waste and purify three s pheres of our pl anet.
There is only one principal rescue from viruses on
our planet - an immediate transition to the new
nanoenergetics ⟨7│8│4 ⟩, saving humanity from
destruction.
There is no doubt that this is exactly what (use of
waste, “revaluation of va lues,” even the struggle for
waste) will be the characteristic feature of civilization
of the 21st century. Machinery, like nature, must be
rational.
Thus, we have developed a fundamentally new
direction in theory and technology of a non -ideal
plasma. The research made it possible to predict and
then experimentally discover the existence of a
fundamentally new state of matter — a non -ideal
quantum plasma — quantum plasma nanocondensate
which combines the features typical of an ordinary
liquid (fluidity, sur face tension, in ternal correlations)
and the signs typical of an ionized plasma in the usual
sense. The theory developed in our research has
identified those applications of quantum plasma
condensate that should immediately be used by modern
machinery and technology, as w ell as extremely
mitigate the effects on people of any strains of
coronaviruses.
Materials and methods concerning the problem C
- Mitigating the effects of the current economic crisis
and dealing with the global economic collapse.
This part of the article was completed jointly with
Candidate of Sciences in Physics and Mathematics
V.A. Rantsev – Kartinov
The versatility and high efficiency of the
Universal Modules of Industrial
Disintegrators/Activators (UMoID/A [[9]], [10]
(proposed and constructed by A.V. Kulakov and V.A.
Rantsev -Kartinov) is preconditioned by the multitude
and activity of the processes occurring in its working
area:
unique ability to grind substances to units of nm;
crushing by the “constrained blow”;
electromagnetic erosion;
plasma exposu re;
ultrasound (when processed in a liquid medium);
high energy density of magnetic induction in its
working area (with B ~ 10 4 Gs, W~
J/cm 3 = 4 10 5 J/m 3), B - magnetic field strength,
W- magnetic induction energy dens ity is hundreds of
times higher than th e energy density in the working
areas of other similar devices;
almost one hundred percent efficiency;
low material consumption.
The UMoID/A design is schematically illustrated
in Fig. 1.



Fig. 1 A schematic diagram of the UMoID/A
installation:
1 – sup port, ( Х18Н9Т); 2 – magnetic coils;
3 – inductor; 4 – main pipe;
5 – sleeve ( Х18Н9Т) with working areas; 6 –
working areas with a working medium.

A schematic diagram of a continuous industrial
grinding workshop is illustrated in Fig. 2 . Figure 3
illustra tes a schematic sketch of a prototype model
installation for the production of materials on an
industrial UMM -P scale. The support of this device
should allow changing the slope of this module,

American Scientific Journal № ( 39 ) / 2020 27

providing adjustment of the processed material passage
speed t hrough the module. Schematically, this device
represents a serial joining of separate modules with two
working areas also patented by the authors.

Fig.2. The schematic diagram of a continuous industrial grinding workshop:
М – material pre -grinding mil l
UMoID/A – material continuous industrial grinding modules.

Fig. 3 The schematic sketch of the UMoID/A prototype model installation.

Understanding clearly the novelty, complexity,
and originality of the problems considered in the
article, as well as the lack of predecessors in theory and
practice of the energetics of a non -ideal nano plasma —
quantum plasma condensate, the authors of this section
of this article realized that it was necessary to create a
Laboratory Nano -Module LNM device with a vortex
ferromagnetic layer with their last ounce of strength
and to conduct a series of nume rous laboratory studies
the results of which can confirm the validity of the
theory of non -ideal plasma quantum condensate stated
by the author in the article, where it is necessary to
follow the dictum of the famous Russian scientist
academician P.L. Kapitsa “Experience is the only
evidence that is convincing for everyone" [11].
The LNM provides:
convenience of laboratory testing precisely in the
fractional mode of new NT in various areas of industrial
production;
an increase in efficiency of mixing and grinding
various media by increasing the magnetic field energy
density in its working zone (WZ) both by providing the
passage of the module magnetic flow through only one
WZ and by doubling the ratio of the WZ length to its
diameter, significantly reducing the marginal diffused
flow of the magnetic field induction;
simplicity of its repair and operational
maintenance. Fig. 4 illustrates a schematic diagram of
the LNM,

28 American Scientific Journal № ( 39 ) / 2020
Fig . 4. The schematic diagram of the developed LNM:

LNM bottom plate;
matrix supports of the LNM magnetic inductor 6
sections;
hexagon, shorting the inductor magnetic flows;
sleeve;
cylinder, limiting the volume of the LNM WZ;
WZ adjusting cylinder;
poles o f the LNM electromagnetic inductor;
LNM top plate;
mounting and adjusting brackets of the inductor;
lock nuts of the inductor sections pole area
mounting and adjusting screws;
mounting and adjusting screws of the inductor
sections pole area;
plates for mou nting and adjusting screws of the
inductor sections pole area;
electromagnetic inductor coils;
plates for mounting and adjusting screws of the
inductor sections lower area;
mou nting and adjusting screws of the LNM
inductor sections lower area;
lock nuts of the LNM inductor sections lower area
mounting and adjusting screws.

Fig. 5. Top view of the LNM along the transverse center section in Fig. 3

American Scientific Journal № ( 39 ) / 2020 29

LNM magnetic inductor 6 sections matrix
supports;
electromagnetic inductor coils;
mounting and adjusting br ackets of the inductor;
sleeve;
LNM bottom plate.
The scopes of UMoID/A and LNM industrial
application can be:
construction industry, especially ocean
construction;
oil producing and oil refining industry;
chemical industry;
paint and varnish industry;
agr icultural industry (for example, cheap animal
feed);
perfumery industry;
ecology.
Β) spent a huge amount of time, effort, and
personal resources on LNM experimental research in
difficult conditions and new nanotechnologies
development and experimental deve lopment.
A preliminary assessment of the authors shows
that the use of these units in real technologies can yield
a profit of (0.3÷30)∙10 6 €/g per 1 module! The payback
in this case for various technologies can be (7÷300)
days. So, for example, the modules themselves pay
back their cost in just 70 hours of continuous operation
in almost any technology when operating these units.
Usually, they consume only ~ 20% of their rated
electrical power from the network, which must be taken
into account when calculati ng their operating efficiency
in technology.
During the experiments, the following particular
results w ere obtained:
when melting a mixture of quartz sand with
alkalis, soda, or potash, the so -called "liquid glass"
(LG) or alkaline salts of metasilicic aci d are obtained.
Metasilicic acid itself (MA) is obtained under the
influence of a dilute solution of a strong acid, for
example, hydrochloric acid on LG:

MA is activated by calcium oxides when they are
jointly mixed together in a binder. In this case, linear
arrays of silicon ions, interconnected according to the
following scheme are connected:

This leads to the fact that there is a significant
difference in the binder compression and bending
strength (tension).
The effect of a more concentrated s olution of
hydrochloric acid on liquid glass leads to the ortho -
silicic acid (OCA) formation according to the reaction
given below:

The valence -bond structure of silicon in this acid
is similar to the valence -bond structure of carbon in
diamond. This condition leads to an increase and some
isotropy of the strength of the binder obtained, the
spatial structure of which, when activated by ca lcium
and hydration, represents the three -dimensional fractal
structure of calcium ions on tetravalent centers of
silicon ions.
The invention belongs to a new industrial method
of obtaining the ortho -silicic acid which has a diamond -
like structure of silicon valence bonds by directly
dissolving the modified (by grinding silica sand to
fineness of ~ 10 nm in water durin g the preparation and
activation of a homogeneous aqueous nano -suspension
from it which can be achieved by means of the following
patent ed nanotechnology using the Universal Module
of Industrial Disintegrators/Activators (UMoID/A),
(ME) Eurasian patented № 201800299 by the authors:
(The experiment was conducted using one of the
LNM samples available to us) at the first stage of
operation (with the working medium elements (WME)
in the form of cylinders with a diameter of ~ 2 mm (0.08
in) and length of ~ 10 m m (0.4 in) from hardened
magnetically hard steel or balls with a diameter of ~ 5
mm (0.2 in) from ball bearings) it is necessary to grind
the original quartz sand to a fineness of ≤ 50 μm;
at the second stage (with WME in the form of
cylinders with a diame ter of ~ 1 mm (0.04 in) and length
of ~ 10 mm (0.4 in) from hardened magnetically hard
steel) finish grinding of the obtained quartz powder
(KP) to fineness of ~10 nm, thereby completing the
process of modifying the KP, i.e., to obtain it in the
form nano - powder (NP ) of modified quartz sand
(MQS) with a fineness of ~10 nm;
at the third stage, we add water with the
temperature from 1 to 30 ℃ (32 to 86 °F) to the nano -
powder and, as before, activating this mixture, we
obtain a non -ideal plasma with an ion concentration of
n~10 20cm −3 and a particle constriction occurs to which
a chain of successively overlapping electron clouds
corresponds, at that each branch of the chain extending
over a distance of the screening radius order. The whole
chain covers the enti re plasma as a whole — plasma
ions, “captured” by this chain are attracted to one
another, a phase transformation of the plasma occurs.
The transition to a new condition is accompanied by the
energy release equal to the transformation heat.
The process of energy release is accompanied by a
phase transformatio n of a new type of substance. First,

30 American Scientific Journal № ( 39 ) / 2020
a plasma discharge forms a substance such as a plasma
liquid and then, upon further cooling, solid
conglomerate -crystalline formations are formed. We
can find such t ransformations, for example, in nature
during volcanic eruptions. It seems that the solid
plasma phase is a substance with some new
unpredictable properties. In any case, during the
“combustion” as a result we get new, maybe very
useful, materials. This ar ea can be called electric
discharge plasma metallurgy.
OSA has found industrial application in many
sectors of industrial production, but we are particularly
interested in the possibility of using it in the creation
and production of particularly strong bu ilding bonding
materials from various local slags, volcanic/rock
formations, composites with unique structural
properties.

Fig. 6. Image of some of the samples obtained during the experiment. Continuous numbering; in rows,
numbering increases from left to right:

1st row:
standard batch of standard grinding gypsum;
standard batch of nano -dispersed gypsum;
standard batch of standard gypsum grinding; after
daily exposure, the sample was impregnated with the
ortho -silicic acid by dipping into i ts gel, the n after daily
exposure to air it was kept under water for 10 days (the
sample became waterproof after impregnation);
standard batch of a mixture of gypsum and calcium
carbonate (grinding rubble stone) with a weight parts
ratio of 1:1 nano -dispersed grindin g, after daily
exposure, the sample was impregnated with the ortho -
silicic acid by dipping into its gel, then after daily
exposure to air it was kept for 10 days under water (the
sample after impregnation also became waterproof);
2nd row:
standard mixture batch: a) coarse sand, b)
calculated mixture of a nano -dispersed sand powder
with grinding of stone rubble at a ratio of 4:1 and 10%
of this alkali mass
standard ortho -silicic acid gel -based mixture
batch: sand, nano -dispersed grinding of stone rubble at
a ratio of 3:1.
standard water -based mixture batch: sand, nano -
dispersed grinding of kaolin clay at a ratio of 6:1.
3rd row:
standard water -based mixture batch: a) nano -
dispersed grinding of coal ash with 10% of its alkali
weight; sand at a ratio of 1:4.
Figure 8 illustrates the possibility of obtaining
nano -cement from gypsum, rubble, coarse sand, kaolin,
and grind coal ash using the technology developed by
us. That is, brittle and currently not very popular in the
construction industry cheap materials the use of which
for these purposes was not previously possible.
Results and discussion concerning
the problem C
Below, we will list only some of the UMoID/A
applications:
The production of low -cost (four times cheaper
than existing due to the lack of compone nts sintering
stages in production) especially firm, alkaline
nanocements resistant to sea water - without clinker
burning, using local smelter slags, rocks, and volcanic
rocks;
Large -scale construction using 3D printing based
on the use of a special liqui d glass created by us
obtained using cheap nanotechnology without sintering
components, which significantly increases the strength
of concrete and papercrete , as well as significantly
reducing the “setting” process;
Improving the efficiency of oil crackin g and
obtaining cheap drill fluids;
Obtaini ng high -quality homogeneous and poorly
settleable matter as effective boiler or furnace oil for
thermal power plants and cottages and cheap diesel fuel
for use in powerful diesel engines of small power plants
or p owerful ship \quarry diesel engines (mining dump
trucks, tractors, earth movers, excavators, as well as
helicopters, transport ships, and harbor tugs);
Production of water with reduced content of salts,
heavy metals and dissolved gases in the UMoID/A.
In the food industry: to obtain cheap compound
feeds, supersaturated solutions, caramelized solutions,

American Scientific Journal № ( 39 ) / 2020 31

to obtain molasses directly from starch, without
chemical hydrolysis, biological activation of water, as
a butter churn and to produce starch [12], margarine
and mayonnaise, which is 200 time s more effective
than ball mills when receiving the suspension.
We personally conducted a large number of
grueling tests in difficult conditions using the
UMoID/A that we constructed, which showed to
groundbreaking results:
An industrial method for nano -cement production
has been developed. A notice on this invention Eurasian
patent № 201800299 has been received.
A new nanotechnological industrial method for
producing the ortho - silicic acid (liquid glass) has been
develope d. A notice on this invention Eurasian patent
№ 201800298 has been received.
Conclusion on the problems A and B
These newly developed nanotechnologies allow to
implement the widest range of effective and cheap state
projects: from the construction of new cities, ports,
coastal and underwater tunnels, underwater objects,
tower buildings, multi -kilometer highways to small
cottages, and infrastructure of holiday villages.
In total, we have developed about thirty
revolutionary, fundamentally new, cheap, and eff ective
nanotechnologies (more than ten of which can be used in
the food industry) based on the use of new
nanotechnologies and universal modules of industrial
disintegrators/activators (UMoID/A) patented by us.
This allows for a several -fold increase in re venues of
the corporate groups, corporations, and firms that
possess corresponding patents and nanotechnologies
and work in nanoenergetics and nanotechnology.
Owners of enterprises receive huge profits from
using the devices [9], [10]. - the enterprise’s i ncome
includes heat and electricity, heated steam, and a solid
conglomerate of crystalline formation generated at
these enterprises according t o the operating
technologies proposed. Running an enterprise becomes
simpler and cheaper when it comes to manufac ture —
there is no need for exhaust gas cleaning devices and
heat recovery boilers.
Thus, the problem of creating new nature -like
energy techno logies that do not harm the outside world
but exist in harmony with it and allow us to recover the
disturbed bala nce between the technosphere and the
biosphere is solved.
Saving the planet's population from an impending
crisis and pandemic is an extremely simple, effective,
and economically profitable step - to introduce the
Sixth Technological Revolution nanoenerget ics as
soon as possible. In addition to the huge economic
impact, all exhaust gases, representing a mixture of
metal oxides belonging to the mi ddle groups of the D.
I. Mendeleev’s Periodic Table, closest to a non -ideal
plasma, are obtained both during oper ation of
metallurgical, cement, energy, coal enterprises and also
by processing and utilization of industrial and municipal
waste, ore and energy raw materials processing, slag
utilization, metal radioactive waste processing, etc. are
a blank for the produ ction of quantum condensate of a
non -ideal plasma as an energy source for modern
nanoenergetics and then, in accordance with the
technology developed by the author, they should be
transferred to and processed in the devices proposed by
the author [9], [10] for thermal or electric energy
generation. Thus, there will be no gases hazardous to
human health in the emissions of such enterprises, and
people’s immunity will get a boost, the purification of
planet Earth will begin.
Conclusion on the problem C - Miti gating the
effects of the current economic crisis and dealing with
the global economic collapse.
Th e tragedy of the current situation in the world,
unfortunately, is not limited to the medical problem of
the pan -epidemic in the world. Modern medicine is
forced to recognize that coronavirus will not disappear
completely even after the end of the pandemic .
Moreover, a number of virologists suggest another
(even more dangerous) strain of the virus next year.
The International Monetary Fund announced a
global e conomic recession. The pandemic has already
undermined the global economy and exacerbated
existing problems of poverty and inequality. There are
predictions that we will have to live through a crisis,
famine, and social unrest. To avoid such a development
of events, it is necessary to invest resources in a
survival strategy, that is, in the projects of
fundamentally new technologies of the Sixth
Technological Revolution which at a minimum cost of
technology, materials, and labor costs can generate an
enormo us source of added value, while providing a
huge number of jobs.
Such projects are the latest nanotechnology
projects and the immediate financing of these mega -
projects is saving the world from hunger, social unrest,
crisis with all its consequences, and in this case the
following can be said: “Defer No Time, Delays Have
Dangerous Ends.”
The transition to the new, modern, efficient,
renewable, harmless, economically viable (fully
recouped) nanoenergetics of the Sixth Technological
Revolution - naturally, si multaneously with reforming
the waste processing and disposal industry - recycling
(comparable in terms of financial volume to the entire
transport and energy complex), which should be
considered a national project capable of providing jobs
for tens of mil lions of people who have lost small and
medium -sized businesses and bring additional revenues
to holding companies, corporations, and firms that
possess corresponding patents and technologies and are
engaged in nanoenergetics and nanotechnologies.
The nati onal (fully recouped) project based on the
use of universal industrial modules of
disintegrators/activators (UMoID/A) – the devices with
a vortex ferromagnetic layer [9], [10], which allow to
implement a huge range of cheap and effective national
regional projects for the production of new materials
and products in the widest technical and financial
ranges, providing jobs for tens of millions of people
who lost their jobs during the crisis and saving trillions
of US dollars of the state budget of ea ch count ry that
managed to adopt ways to mitigate the impact of the
current economic crisis and recession, designed and
patented by the corresponding members of RAS, PhD
in Physics & Mathematics, Prof. A.V. Kulakov and

32 American Scientific Journal № ( 39 ) / 2020
Candidate of Sciences in Physics and Mathemat ics
V.A. Rantsev - Kartinov.
Conclusion
And, of course, I would like to express my sincere
gratitude and deep appreciation to my teachers,
outstanding scientists, senior fellows, and colleagues at
my previous job who have already passed away, to
Academicia n A.P. Aleksandrov and Academician,
Nobel Laureate in physics A.M. Prokhorov, who not
only explained to me the scale of what I have
discovered in physics and what to do next, but also
the peculiarities of my
future fate: they told me: “Keep in mind, a pers on
ahead of his time, waiting for its arrival in
uncomfortable conditions and remember for life the
following prophetic words of the great Russian scientist
V.I. Vernadsky: “The whole history of science at every
step shows that individuals were more right in their
statements than entire corporations of scientists or
hundreds and thousands of researchers adhering to
prevailing views... Undoubtedly, in our time the most
true, most correct, and deepest scientific worldview lies
among some individual scientists or small groups of
researchers whose opinions do not attract our attention
or excite our dissatisfaction or denial." These
instructions allowed me to withstand the blows of
scientific fate and continue my scientific work.
In my heart, a memory will always be kept off my
friend, a wonderful scientist, and just a wise man, PhD
in Physics & Mathematics - Rumiantsev A. A.
Finally, I would like to express my heartfelt
gratitude to PhD in Engineering V.M. Tiutiunnik and
Candidate of Sciences in Physics and Mathe matics
V.A. Rantsev - Kartinov for the joint work on universal
industrial modules of disintegrators/activators.

References
1. A.V. Kulakov, A.A. Rumiantsev.
Spontaneous magnetization of plasma of quantum
origin, Journ al of Technical Physics, 1988, Volume 58,
Issue 4, p. 657 - 660.
2. A.V. Kulakov, E.V. Orlenko, A.A.
Rumiantsev. Quantum exchange forces in condensed
matter, Moscow, Nauka Publishing House, 1990.
3. A.V. Kulakov, A.A. Rumiantsev. Ball
lightning as a quantum condensate, Reports of the
Academy of Sciences of USSR, Physics, 1991. Volume
320, No. 5, p. 103 -1106.
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plasma ultraviolet laser, International Journal of
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Experimental confirma tion of the existence of plasma
quantum condensate, Izvestia RAS. Energetics, 2015,
No.1, p. 46-61.
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of high -energy particles by MPD shock turbulence,
Journal of Technical Physics, 1979. Volume 49, Issue
10, p. 2127 -2132
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a new source of electric energy. MHD - generator with
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161751, Bulletin of the Federa l Service for Intellectual
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June 29, 2018.
11. P.L. Ka pitsa. Why is fame needed?, Priroda
Magazine, 1994, No. 4 (944)
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V.M. Tiutiunnik. Application of universal
multipurpose modules of industrial disintegrator -
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starch products International Journal of Advanced
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Cold nuclear fu sion. New nano - technologies.
LAMBERT Academic Publishing. 2019

EXPERIMENTAL DETERMINATION OF THE THICKNESS OF THE SU RFACE LAYER
IN THE PHYSICS OF NANOSTRUCTURES

Yurov V.M.
Karaganda State University. named after E.A Buketov

Abstract . Atomically smooth surfaces of solids, especially semiconductors, are urgently needed to study the
fundamental nature of surface phenomen a. They are also needed in the manufacture of modern semiconductor
devices. It is believed that only on atomically smooth surfaces can nanostructures be created that undergo crystal
self -organization during crystal growth.
In this paper, we consider method s for experimental determination of the thickn ess of the surface layer,
surface tension, and the melting temperature of nanostructures of dielectrics, magnetic materials, metals, and
alloys.
The X -ray luminescence intensity of dielectrics was determined by the standard photoelectric method.
Specific m agnetization was measured using a vibrating magnetometer. The electrical conductivity of a metal or
alloy film was determined using a standard three -electrode circuit.
The use of Patents and utility model descr iptions for patents provides simple formulas f or calculating or
experimentally determining the thickness of the surface layer, surface tension and the melting temperature of