It is the story of development of the new concept in analytics and story about friendship of 2 research scientists in very heavy time and occasions. Basic technical details is already published in earlier document. This document is one step beyond it.

1. WAVE ANALYZER
Of ions and molecules 2.PART
2016 - 2019
FREQUENCYOMETRY
NEW METHOD IN ANALYTICS
NEW DIRECTION IN ANALYTICS
AUTHOR
Tomic Djordje
Dipl. Chemist
Year : 2014
ASSISTANT , MENTHOR, TECHNICAL BACKUP
Milos Zivanov
PhD of electrotechnics science
Year : 2016

2. Dedicated to my parents, friends and man who stay with me and my idea
all this years – profesor Zivanov....

3. BASIC IDEA : EM wave is going through the solution of ions or molecules with
dipol-moment.
Wave which is not react to any molecule or ion is Standing Wave and it goes
through the solution and gives its signal on the otput.
Another waves interacting with ions or molecules and it causes disorder of
amplitude and frequency disorder which can be registred on the output -
osciloscop.
Disorder of frequency is related to e/m of ion or molecule.
By measuring of frequency disorder, we find out what ion or molecule is in the
work wessell and how many of it is in the wessell (how much is its concentracion).

5. For compound NaCl, there would be 3 signals, for Na+, Cl- and one signal of the
solvent (standing wave). All the other signals would be caused by superposition of
those 3 signals and they would be bad sound (noise).
PROBLEM : Find inuf mechanicly weak wave to interact with the ions and
compounds and inuf strong to arrived to the receive antenn.
The solution to this problem is to find wave with right frequency, energy and wave
lenght.
All of this parameters shoud be close to energies in ions or molecules and close to
its wave lenghts.
MODS OF APARATUS WORKING
Now we will ilustrated on how many ways we can use our apparatus.
1. Shooting on one choosen frequency
2. Impuls shooting
3. Resonante shooting
4. Multichannel resonante shooting

6. In text untill now , shooting with one choosen frequency has been described.
If we have an rectangle impuls on the deliver antenn, we can get an range of
frequencies in which are every resonante and the most of excited status of all ions
and compounds, so all we have to analize is their relaxation on the receive antenn.
Every ion or molecule has its own energy levels.
If we know energy levels of our analyt, we can use waves which energy is similar
to energy difference beetween two diferente levels in ion or molecule so they will
resonate with our waves.
We can shoot some molecule with its frequency of vibration.
In this case, we will be sure which ion or molecule is in wessell and by measuring
of signal strenght- we can established its concentracion.

7. If we have mix of compounds or ions, we can use multi channel resonante
shooting.
VERSIONS OF APARATUS
1. With water as solvent
2. With nebulizer
3. With air or vacuum wessell

8. Measuring that need to be done for catching relations to e/m.
1. Chlorides of 1, 2, 3 grupes by growing atomic and mass number of metal.
2. M Cl2 sol
3. Innorganic acides- HA, H2A, H3A
4. Innorganic bases- MOH, M(OH)2, M(OH)3
5. Complex compounds
6. Organic compounds in grupes by growing mass.

9. Because of all this with waves and compounds in wessell is happening in real
conditions, it may be that the signals are too weak, so beetween osciloscop and
receive antenn, we must add an amplifier. With amplifier, shema of our WAVE
ANALYZER is complete.

10. SHORT HISTORY OF WAVE ANALYZER AND COOPERATION WITH
PhD Miloš Živanov, NOVILOG, NS, Serbia
This document is original idea of author.
It is dedicated to all scientists of chemistry, phisycs and electrotechnics who has
some unrealised ideas.
Since 2014 to 2016, I have been searching the company or people that could help
to wave analyzer looks the light of day.
Someone did not have inuf money, someone did not have time to help me,
but some people have stolen this idea and thanks to them, today, there are some
analyzers which using principles that I have used here. But it is not the end of
idea about waves.
In april 2016 I have found on the internet company Novilog from Novi
Sad, Serbia, which was registered as manufacture that design many different
devices, sensors and other devices for physical, chemical and geological
measurements.
It seems to me that Novilog could help me to build analyzer.
I met the director PhD Miloš and his engineers team, and that is how
began the story of our work and friendship .
PhD Milos is the first man who is understand the basic idea of concept of
the new wave analyzer.
But it looks like the others were occupied by the drawings of my idea,
so the they missed the baseline of the idea.

11. Milos has understand the baseline and very soon we have done some
calculates and tried to get the all parts of analyzer.
We were trying to modify the wave and signal.
Many life stuffs went between us and our work.
But when I was sick and hopeless, Milos did not abandon me or my idea
about new wave analyzer.
Later, he help me to better understand the technical problems about analyzer
which we have to overpass.
We have found the way to measure the frequency disorder and the spot
where we have to put the sample of compound.
But still we have some problems which have slowing us down and some
problems we could not solve in real time.
There are several ways of measuring, several structural drawings of this
concept.
And again, after some time, troubles became bigger than we taught and this
time we knew it was the end of our trying to overpass some occasions
which have surround our team.
That is how and why, we made the decision to public our work and idea
and make sure that we gave a chance to world for something new in
science and maybe later in industry and medicine.

12. Our friendship was never ending, but I think that nothing of this about
analyzer could be possible without my friends who gave me logistic and
backup in very tuff moments for me.
Those are people who give you wings to fly even when you falling down.
It is very important because the life is flying, no matter if you go up or
down.