Dear visitors of our site!
As a reader, you could be a student, a doctor, a manager, a
scientist or an owner
of a company. Whatever field you are in, we know that you will
be interested in
visiting our special page.
As we said before, our company has unique data that contains
information on practical
magnetology that deals with various problems. We can assure you
that this information
can never be found in any library of the world.
If you are interested in one of the subjects concerning
magnetic technologies
(the list you can find below), we are ready to collect and
prepare information on
your special request. We will be glad to answer any technical
questions concerning
magnetic technologies. Also we guarantee a very high scientific
level of our work.
Do not hesitate to contact us by e-mail:
magtech@emirates.net.ae.
Due the fact that this information will have to be translated
and prepared upon
your individual request, prices and delivery terms will be
discussed.
The level of interest for practical magnetology is rising
incredibly and our
possible co-operation could be beneficial to both of us.
Note that the information we offer can be used as a base for
students who write
and prepare their degree works. Scientists for their scientific
works can also use
the information. For engineers this information can become
crucial when solving
many problems. With the help of our information, owners of
different kinds of
enterprises will be able to increase productivity and solve
various ecological problems.
Below follows a detailed list of ready-
to-implement technologies
owned by Magnetic Technologies L.L.C.
Department of Oil-Mining and Oil-Refining Industry.
Fuel and Energy
1. Influence of magnetic treatment on operational
characteristics of jet fuel.
2. Efficiency of magnetic systems on improving operational
properties of fuel and dopes.
3. Influence of magnetic modifier on physical and chemical
properties of petrol.
4. Influence of magnetic modifier on anti-knock efficiency of
petrol that with
ferrous dopes.
5. Influence of magnetic modifier on the engine power, fuel
consumption, contents
of CO, CH, NOx in exhaust gases in the running mode.
6. Influence of graded magnetic treatment on basic physical and
chemical properties
of diesel and boiler fuel.
7. Influence of graded magnetic treatment on basic operational
properties of jet fuel.
8. Influence of magnetic treatment of petroleum on its
properties.
9. Influence of magnetic field on physical, chemical, reological
and operational
properties of lubricants.
10. Changes in physical, chemical and reological properties of
lubricants as affected
by magnetic field.
11. Changes in properties of magnetized synthetic aviation
oil.
12. Influence of magnetic field on changes in physical, chemical
and operational
properties of oil products and xeolytes.
13. Influence of magnetic field on potential fraction
contents.
14. Influence of magnetic field on dissolving capacity and
selectivity of organic solvents.
15. Influence of magnetic field on viscosity of oil products.
16. Influence of magnetic field on blending petrol and ethanol
compositions.
17. Influence of magnetic field on oil preparation for refining;
changes on physical
and chemical properties of wax-contained oil and deposits.
18. Petroleum classification of oils according to its magnetic
properties.
19. Magnetic susceptibility and its calculation. Pascal &
Dorfmann's scheme.
20. Magnetic properties of individual petroleum components.
21. Breaking of water and oil emulsions in the magnetic
field.
22. Magnetic method of controlling wax build-ups.
23. Influence of magnetic field on oil preparation for
refining.
24. Influence of magnetic field on changes in physical,
chemical, and reological
properties of wax-enriched oil.
25. Influence of magnetic field on scale formation.
26. Influence of magnetic treatment on properties of xeolytes,
adsorbents and catalysts
for oil refining.
27. Influence of magnetic treatment on synthesis and properties
of xeolytes with
high silica contents.
28. Synthesis of general-use xeolytes (NaA, NaX) aided by
magnetized water; property
studies of produced xeolytes and adsorbents formed on their
base.
29. Preparation of isomerization catalyst samples of aromatic
hydrocarbons aided
by magnetized water and studies of their physical, chemical and
catalytic properties.
30. Effects of magnetic treatment on properties of aluminoxide
carriers.
31. Magnetic treatment efficiency of cooling and lubricating
fluids and water-diluted
inhibited film oil compositions; choice of treatment
technology.
32. Magnetic modifier for better operational properties of
diesel oil and diesel additives.
33. Magnetic modifier for better operational properties of
petrol.
34. Effects of magnetic treatment on knock properties of petrol
and engines.
35. Effects of magnetic treatment on petrol evaporation.
36. Effects of magnetic treatment on petrol stability and
purity.
37. Effects of magnetic treatment on power, economical and
ecological properties
of the engine on a testing ground and on the road.
38. Influence of magnetic field on changes in physical, chemical
and operational
features of lubricants - products of oil-refining and
petrochemical industry.
39. Influence of magnetic field on structure formation and
properties of lithium
lubricants, paste reduction gear lubricants, thickening capacity
of modified lubricants
and properties of silica-gel lubricants.
40. Influence of magnetic field on physical, chemical and
operational properties
of motor oil.
41. Influence of magnetic field on physical, chemical,
bactericide and other operational
properties of emulsified lubricants and coolants.
42. Influence of magnetic field on properties and stability of
oil-graphite and
oil-molybdenum disulphide compositions.
43. Influence of magnetic field on better qualitative
characteristics of liquids.
44. Systems for magnetic treatment of fluids.
45. Influence of magnetic treatment on operational properties of
petroleum and
synthetic oils.
46. Influence of magnetic treatment on fuel operational
properties.
47. Magnetic systems for oil purification.
48. Engineering of a device for evaluation of fluid
magnetization.
49. Application of magnetized water for industrial production of
aluminium oxide
and aluminium oxide-based catalysts.
50. Effects of magnetized water on production of aluminium oxide
and catalysts and
its impact of physical, chemical and catalytic properties.
51. Efficiency of magnetic treatment of liquids.
52. Influence of magnetic field on physical, chemical,
reological and operational
properties of motor oil.
Department of Construction Industry
1. Efficiency evaluation of magnetized water action on cement
plasticity by the
size of mini-cone spread.
2. Impact of water flow velocity and multiplicity of magnetic
treatment on the
effect of magnetic treatment.
3. Impact of a type of magnetic system on the effect of magnetic
treatment.
4. Impact of magnetic system alignment on the effect of magnetic
treatment.
5. Impact of magnetic treatment on viscosity and pH of the
media.
6. Impact of media pH on the effect of magnetic treatment.
7. Impact of water chemical composition on magnetization
effect.
8. Impact of magnetic systems orientation and multiplicity of
water treatment on
preparation of cement mixes and concrete.
9. Impact of external magnetic field on properties of concrete
mixes with magnetized water.
10. Impact of a part of magnetized water in the total amount of
water used for
batching concrete mixes.
11. Impact of cement-water ratio in concrete mixed with
magnetized water on concrete
plasticity.
12. Impact of magnetized water on concrete setting.
13. Impact of initial cement dispersion on properties of the
concrete based on
magnetized water.
14. Impact of magnetized water on plasticizer-assisted mixes.
15. Impact of mineral additives on properties of the concrete
based on magnetized water.
16. Stable influence of magnetized water on properties of cement
mixes.
17. Stable influence of magnetized water on properties of high-
slump and plasticized
concrete mixes.
18. Stable influence of magnetized water on properties of low-
slump and plasticized
concrete mixes.
19. Application efficiency of magnetized water for lower cement
consumption.
20. Stable influence of magnetized water on shorter duration and
temperature of heat
treatment.
21. Influence of magnetized water on concrete tensile
strength.
22. Effects of magnetized water on porous filler water
absorption.
23. Effects of magnetized water on foam-forming properties of
air-attracting additives
and air-attraction of porous mixes.
24. Impact of magnetized water on cement density, strength and
consumption used
for porous and construction light concrete.
25. Impact of magnetized water on reological properties of
ceramic paste.
26. Impact of magnetized water on forming properties of the
paste.
27. Impact of magnetized water on drying properties of the
paste.
28. Impact of magnetized water on physical and chemical
properties of ceramic samples.
Department of Agriculture
1. Influence of electromagnetic fields on the germination rate
of cherry and apple seeds.
2. Influence of permanent magnetic fields and magnetized water
on the initial growth
and progress of sunflower, Soya bean and mustard.
3. Effects of magnetic systems on the quality of raw tobacco.
4. Effects of magnetic systems on sowing cotton seeds and cotton
seed productivity.
5. Magnetic treatment of agricultural crop seeds.
6. Influence of magnetic field on conservation of fruit and
vegetables.
7. Influence of magnetic field on the quality of processed
foodstuffs, fruit and
vegetables.
8. Influence of magnetized water on plant growth.
9. Liquid magnetization (magnetization of pesticides before
garden spraying).
10. Magnetic systems used for giving water and forage to
animals.
11. Method of seed magnetization.
12. Magnetic treatment of small rivers, aman-made water systems
and irrigation canals.
13. Magnetic systems used for flushing salty soil and irrigating
agricultural crops.
Department of Environment and Water Problems
1. Purification of natural and waste water.
2. Magnetic treatment and purification of lagoons and man-made
water reservoirs.
3. Application of magnetic air spray fountains for reduction of
air pollution.
4. Application of magnetic air spray fountains for reduction of
the morbidity rate
of population.
5. Application of magnetic systems for reduction of exhaust
wastes at enterprises.
6. Application of magnetic systems for reduction of exhaust
gases (CO) in vehicles.
7. Application of magnetic systems for washing tankers.
8. Application of magnetic technologies for reproduction of sea
fish, mammals and molluscs.
9. Application of magnetic technologies for reproduction of wild
animals and birds.
10. Application of magnetized seawater for agricultural
irrigation.
11. Application of magnetic systems for soil desalination.
12. Application of seawater in heat power generators.
13. Application of magnetic systems in desalination plants.
14. Application of magnetic systems for changes in water optical
properties.
15. Application of magnetic systems for changes in electrical
conductivity.
16. Application of magnetic systems for changes in dielectric
penetrability.
17. Application of magnetic systems for changes in velocity of
chemical reactions.
18. Application of magnetic systems for changes in surface
tension and adsorption.
19. Application of magnetic systems for changes in dissolving
properties.
20. Application of magnetic systems for changes in
crystallization.
21. Application of magnetic systems for changes in
polymerisation.
22. Application of magnetic systems for changes in
moistening.
23. Application of magnetic systems for changes in
coagulation.
24. Application of magnetic systems for changes in
evaporation.
25. Application of magnetic systems for changes in
electrochemical effects.
26. Application of magnetic systems for changes in ion
exchange.
27. Application of magnetic systems for water treatment in
irrigation canals.
28. Application of magnetic systems for deep-sea water
treatment.
29. Application of magnetic systems for water treatment in ports
and harbours.
Department of Medical and Biological
Research
1. Influence of magnetized 30% ethanol solution on the progress
of some pathological
conditions for animals.
2. Auricular magnetic therapy for seasickness.
3. Application of magnetic therapy for adaptation to sea
voyages.
4. Application of auricular magnetic therapy for
hypertension.
5. Application of auricular magnetic therapy for patients with
vegeto-vascular dysthonia.
6. Application of vaginal magnetotron for hydrogen sulphide
balneotherapy of female
patients with inflammatory diseases of internal genitals.
7. Methods of balneotherapy combined with magnetic fields for
female patients with
inflammatory diseases of true pelvis.
8. Application of enomenalin for treatment and prevention of
radiation injuries.
9. Biologically active points as the basis for application of
magnetic systems.
Magnetic puncture reflexotherapy.
10. Curative applications of various magnetotrons.
11. Magnetic point applicators.
12. Magnetic bracelet.
13. Magnetic auricular clips KM-1.
14. Magnetic applicator AMP 220 x 75.
15. Leather needle magnetic applicator AKIM.
16. Needle magnetic hammer MIM-1.
17. Needle magnetic roller VIM-1.
18. Magnetic clips LOR.
19. Rectal magnetotron.
20. Vaginal magnetotron.
21. 1/2" magnetic system for water magnetization.
22. Magnetic funnel M-10-40.
23. Treatment of vegeto-vascular dysthonia by permanent magnetic
field combined
with acupuncture.
24. Treatment of neurasthenia and neurasthenia syndromes by
permanent magnetic field
combined with acupuncture.
25. Treatment of headache by permanent magnetic field combined
with acupuncture.
26. Treatment of sleep disorders by permanent magnetic field
combined with acupuncture.
27. Treatment of arterial hypertension by permanent magnetic
field combined with
acupuncture.
28. Treatment of osteochondrosis of the backspine (neck, chest
and waist) by
permanent magnetic field combined with acupuncture.
29. Tsubotherapy and magnetic therapy.
30. Magnetic therapy of male sexual disorders.
31. Intra-cavity vaginal magnetic therapy of female inflammatory
diseases of the
true pelvis organs.
32. Influence of magnetic field on living organisms.
33. Response of the nervous system to magnetic field.
34. Effects of magnetic field on blood and vascular systems.
35. Treatment of diseases of the peripheral nervous system by
magnetic field.
36. Magnetic therapy of blood vessel diseases.
37. Treatment of peripheral vessel diseases.
38. Magnetic therapy of traumas, diseases of support-motor
system.
39. Physical and chemical features of liquids treated by
magnetic field.
40. Influence of magnetized blood on non-magnetized blood.
41. Influence of magnetized and non-magnetized blood mixture on
physical and
chemical characteristics of animal blood (in vivo).
42. Physical properties of ascorbic acid treated by permanent
magnetic field of
magnetotrons (B=50±10mTl).
43. Changes in general and reological properties of non-
magnetized blood when
consuming magnetized sample during tests in vivo.
44. Application of magnetic fields for treatment of blood vessel
disorders.
45. Influence of permanent magnetic field on blood circulation
in the liver of
patients stricken with chronic cholecystitis.
46. Long-term application of magnetic reflexotherapy in
gastroentherology.
47. Complex needle-magnetic-phytotherapy for treatment of
functional diabetes mellitus.
48. Applied magnetic puncture in complex treatment of
arteriosclerosis muscle-dystrophy.
49. Auricular magnetic therapy for resorts.
50. Auricular rehabilitation magnetic therapy for sailors in
voyage.
51. Magnetic auricular therapy for hypertension.
52. Combined application of magnetic fields and reflexotherapy
for treatment of
hypertension patients.
53. Application of magnetic systems for treatment of patients
with gastroentherological
diseases.
54. Magnetization of anti-tumour medicines.
