1. Measure the radiation exposure level at a distance of a few meters from the measured object.
2. Set the device directly near the measured object and measure the radiation exposure at the possible nearest distance
to the measured object.
3. Compare the results that have been received at a distance and near the object.
In order to measure contaminated liquid, measure directly above the water's surface.
Electromagnetic Field Measurement – EMF meter
Electromagnetic field (EM field) is a special form of matter which measures the interaction of charged particles. It represents
interrelated alternating electric and magnetic fields. EM field spreads from one space point to another in form of electromagnetic
progressive waves running from source.
EM field is created of particle charges. For example, in physics, students do experiments with ebonite electrification to demonstrate
the electric field.
Magnetic field is created when electrical charges move through a conductor.
In order to characterize electric field strength, we use “electric field intensity” definition (mark sign – E, measurement unit – V/m
(Volt per meter)). Magnetic strength is characterized by N magnetic field strength, measurement unit – A/m (Ampere per meter).
When measuring very low and extremely low frequency, “magnetic density” definition is often used (mark sign – V, measurement
unit – Tl (Tesla)).
Electromagnetic Field Influence on Human’s Health
Experimental Data of Russian and foreign research show that electromagnetic fields are highly bioactive and can negatively affect
our health.
Many researches of EM field’s biological effect allow us to detect the most susceptible body systems: nervous, immune, endocrine
and reproductive systems. These body systems are critical in our daily function.
EM fields influence water rich body organs mostly which are the eyes, brain, stomach and kidneys.
The following are symptoms of high EM field exposure can cause fatigue, irritability, sleep disorders, memory impairment and lack of
attention.
The biological effect of EM fields tends to accumulate and can consequentially cause the degenerative process of the central
nervous system, blood cancer (leukemia), encephaloma and endocrine system.
EM fields are especially dangerous for children, pregnant women, people with disorders of central nervous, the endocrine or
cardiovascular system, allergic individuals and people with a compromised immune system.
Research has shown that the nervous system of the human body is the most sensitive to EM fields. When affected, it can cause
serious malfunctions at the neuronal level, neural synapse and isolated neural structures. People who are in contact with
electromagnetic fields, eventually face memory and higher nervous activity disorders.
To Next Page
Loading...
Need help?
General
