Non-Ionizating Radiation
In recent years mobile telecommunication has developed to a large extent. It has been able to gain a place of importance in society. Encouraged on the basis of these developments the society on the whole is facing a humongous alteration. Now it is possible to access any individual in any part of the world where telecommunication has spread its roots. The latest technologies actually let us now to transfer huge amounts of data at a high speed, and allow us to have a voice conversation and the messaging service too, and it is not very far away when we would probably also be able to communicate through video and also have larger file data transfers. This makes it easier to make use of mobile videophones and also access the Internet through mobiles. Since mid-1980's the nationwide cellular service has been introduced in the United States and the number of people who made use of the wireless increased tremendously. An estimate states that in the year 2001, nearly 16 million Americans were subscribers. By 2001, now nearly one hundred and ten million individuals are subscribers in the United States and more opportunity for growth is expected. But at the same time there is also the growing concern that these mobile telephones and their antennas are harmful for health. It was stated in the year 2000, that there would be nearly 92 million individuals using cell phones, which meant that the number of users increased by a million nearly every year. (Frumkin; Jacobson; Gansler; Thun; 2001)
Though these technological advances and instruments have their advantage they also pose concern to several individuals. The most important concern is of whether the electromagnetic rays produced from these instruments would cause danger to the people using them. The most common discussion in this field is that technology is changing rapidly and that man cannot adapt to these changes as quickly as the changing technology. There fore it has become very essential to determine whether the human body can suit it self to these changes and to analyze and find out if there is any evidence to support this statement. The media has of lately been focusing the relationship between the mobile phones and brain cancer. Many network programs conducted their own tests and gave their reports stating that some mobile instruments emitted a lot more frequency radio Frequency (RF) in comparison to the level of emition that was permitted by the Federal Communications Commission Administration. (FCC). (http://www.gr.nl/pdf) The FCC has made efforts since then to note that all the mobile phones used in the U.S. stayed within the limit of the RF energy. Again, the Food and Drug Administration (FDA) sees to it that these mobile phones do not affect the health of the individuals using them. These agencies also have the right to take action in case they feel if any company is overwriting the rules.
Where most concerns have been raised about electromagnetic waves or the EM and cancer with concentration on microwave (MW) or the radio frequency (RF) emission, there are other views, which states that it is the static magnetic fields that may ultimately cause cancer. Though there is not much theoretical or practical experiments conducted to prove this aspect, the exact truth cannot be really established as to the connection between static fields and human health hazards. The actual level of communication between the electromagnetic source and the biological material basically relies upon the frequency radiated by the source. X rays, the ultraviolet rays, visible light, MW/RF rays, the magnetic fields all have different levels of electromagnetic rays, but are all sources of electromagnetic energy. Their wavelength or frequency level can identify the difference in these sources. Most commonly electromagnetic spectrum is spoken of as waves of energy but this is not entirely correct as they are at times treated as particles, more than waves and this is actually true at a higher frequency. At these high frequency the UV and the X rays, have enough energy to break the chemical bonds. This breaking is called as ionization and it is this part of the electromagnetic spectrum that is called as ionizing.
The non-ionization of molecules has been always associated with the biological affects of X-rays. When the frequency is lower, such as that of visible light, the RF and the MW is very low to be able to disorder chemical bonds. This electromagnetic spectrum is called as non-ionizing. Since these non-ionizing electromagnetic energy cannot break chemical...
Radiation Radiation can be described as energy that is in the form of streams or waves of particles. Numerous types of radiation surround us. When most individuals hear the term radiation, the thing that comes to their mind is nuclear power, radioactivity, and atomic energy. Radiation, however, has several other forms. Visible light and sound are some familiar kinds of radiation. Other kinds of radiation include television and radio signals, infrared
Radiation is a workplace hazard, and there are two types of radiation that are of concern to industrial hygienists. Ionizing radiation is radiation that will ionize an atom, so for example x-rays or gamma rays. Non-ionizing radiation is a different category and includes ultraviolet radiation, infrared, static fields, radio frequencies and extremely low frequency fields (AIHA, 2014). Karipidis et al. (2007) discuss the relationship between ionizing and non-ionizing radiation and glioma,
Legislation Issues in Relation to Ionizing Radiation at a Work Place Ever since Roentgen discovered and introduced X-rays -- a type of ionizing radiation -- in the year 1985, their harmful impacts on humans have been under scrutiny. Ionizing radiation is, essentially, any electromagnetic particle or wave, which is capable of ionizing and removing electron(s) from a molecule or an atom of its medium of propagation (Bull, 2003). The medium in
Radiation Safety in Industrial Hygiene Nature has it that all living things depend on a certain type of radiation to survive. This is evident in many ways for instance we can see because our eyes sense and become aware of the radiation in the form of light; then there is infrared radiation that allows is to keep ourselves warm in the cold weather, radiation is used for cooking, whether it is
Medical Diagnostic Tools and the Effects of Nuclear Radiation on the Human Body Computed axial tomography (CAT) or computer tomography (CT) scanning technologies have been thoroughly incorporated into modern medical diagnostics. In some clinical respects, CT scans are preferable to magnetic resonance imaging (MRI) and much better than traditional X-rays. However, CT scans expose patients to more ionizing radiation and could conceivably contribute to cellular damage and to harmful cellular mutation
Combined with the human development index these studies showed that using parameters that affect the standards like education, longevity, and standard of living it is possible to predict the environmental health factors, and find the actual health indicators. (Corvalan; Briggs; Zielhuis, 2000, p. 159) The first problem is the distinguishing between health promotion and health education. Work place health actions tend to be concerned about disease prevention. So far it
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