RF EMF can cause heat to organic matter
RF EMF is a potent source of energy that can increase the temperature of organic matter. It does this by altering the water molecules' polarization. The resultant heat can result in superficial and deep cataracts, burns, and general hyperthermia. Although these effects might not be as apparent as the typical EHS symptoms however, they can be serious. Luckily, the levels of exposure that are sufficient to trigger these symptoms are not as significant as the effects of high-level radiation to EMF.
An RF-powered antenna of 25 ft in length was installed at 620 ft deep. In the course of the course of 40 hours, RF heat, the temperature inside the borehole went up to 220 F. The study revealed the potential of RF heating as an effective method of heating formation. In a later study, Bottazzi et al. (2013) studied the benefits of heating with electricity in the downhole conditions.
Both of these methods can be utilized to warm organic matter. The method one is to place the material within a high-frequency electromagnetic field. The second method involves placing an object within the field that is an inductor. The electromagnetic field creates electric currents within the object, and this causes heat to rise in the object. How much heat is produced depends on its resistance to the currents as well as the duration of the exposure.
While the effects on biological systems of RF EMF are not conclusive, studies have revealed the possibility of a link between exposure to RF EMF and EHS symptoms. This connection requires further research to discover if EMF exposure is the cause of EHS. It has been shown that childhood leukemia can be linked with proximity to power lines.
RF EMR is comprised of two elements - electric and magnetic. These two components combine to create an electromagnetic field with various degrees of strength. This intensity can be measured using specific units. For instance, the electric field strength can be measured in the form of volts per square millimeter. Magnetic field strength is measured in milliwatts per square centimeter, and the total electrical field strength of the electromagnetic fields is calculated as power density.
The non-ionizing type of EMF has less frequency, which means it is unable to break chemical bonds. However, ionizing radiation is able to break chemical bonds and can cause oxidative damage within the body. Furthermore, it could cause skin cancers and changes in some people. In the end, excessive exposure can result in chronic health issues.
The evidence that suggests how exposure to RF EMF may cause EHS isn't extensive. There are however many other studies that prove the connection between RF EMF and oxidative stress. While it is still unclear what the duration of EMF exposure may cause cell damage, it is important to understand what is happening within the body to prevent this issue. It can affect the function of organs.
The effect of heating caused by RF EMF can be due to the polarity the substances. If the RF energy flows through a polar compound, the atomic nuclei and electrons within the nuclei get moved away from their equilibrium positions. In the process, the electrons surrounding the nuclei become dipoles inducing. The dipole realignment happens thousands of times per second. As a result there is friction between the rotating molecules, and heat is produced across the entire surface of the material.
Although RF radiation doesn't directly harm DNA, it could cause heat to build up within body tissues, which could lead to burning or damage to tissue. In contrast to ionizing radiation RF radiation isn't believed to cause cancer. However, studies have revealed an increase in tumors in laboratory animal models exposed to RF radiation.
There are a variety of federal agencies responsible for managing and monitoring the consequences of RF radiation on human bodies. This includes those of the Environmental Protection Agency, the Food and Drug Administration, and the OSHA. They track RF exposure to ensure it's safe for employees. They also advise employees to reduce their exposure when working in high-frequency RF environments.
