Industrial Hygiene

Industrial Hygiene Essay

Forms of radiation

are four common forms of ionizing radiations they are

There, alpha, beta, gamma / x-rays, and neutron when expelled from atomic nuclei. Alpha elements are seen as a several two neutrons and protons. They’re identical to particles of helium. Alpha may be the heaviest on the list of four forms of radiation. It is approximately 7,300 times the size of an electron. However, as they travel and interact with other atoms, they tend to lose their energy.

Based on the experiments carried out, it was observed that alpha particles could not penetrate a piece of paper or the dead cells on the skin. However, when emanated from inside the body, it can cause malfunction of living cells since they ionize atoms. Beta particles travel faster than alpha with energies. Beta rays can penetrate the skin. Gamma and x rays are made up of packets of energy known as photons.

The photons are characterized by a lack of charge, and they move in a straight line. Further, gamma and x rays are light. X rays and gamma energies can be controlled. Therefore, the magnitude of their penetration is also controllable. Finally, neutrons have a large mass with no electric charge. They can travel deep inside the body and trigger ionization (Plog & Quinlan, 2010).

Human health hazards associated with microwaves

Exposure to very high microwave radiations leads to the absorption of high energy in the actual body. This energy transforms into heat, also it affects delicate organs like the human brain and the optical eyesight. These right areas of the body cannot emit the excess energy they emit. Thus, persons subjected to high microwave radiations experience a growth in body’s temperature, fatigue, eyesight problems, and insomnia.

nonionizing and

Ionizing radiation

Ionizing radiations are seen as a a complete large amount of energy. They are able to alter the composition of a molecule. Nonionizing radiation is really a sort of electromagnetic radiation that carries less energy per quantum, which can ionize molecules or atoms. That is, they cannot extract an electron from a molecule.

Gamma rays and x rays

Gamma rays emanate from activities within atomic nuclei. The rate of production and the energy of gamma rays depend on the radioactive process. On the other hand, x rays emanate from transitions of the energy of the electrons of an atom.

Sources used to develop radiation exposure guidelines

The four sources are radio frequency nonionized radiations, electric power transmission, mobile phones, and carcinogens.

ALARA (As Low As Reasonably Achievable)

It is a rule of maintaining doses and emissions of radioactive ingredients. The emissions which be kept within environmentally friendly limits while taking into account economic constraints. This term can be used in reducing hazards that arise from radiation.

Safety against ionizing radiation

The three basic items that are used to protect ionizing radiations are time, distance, and shielding.

Distance – increase the distance from the source.

Time – reduce the time of exposure with the rays

Shielding – use clothing made of materials thick enough to reduce the penetration of the rays.


Half-life is the time it takes for a quantity to reduce its value to half. The whole quantity is measured by the start of the time period.


Electromagnetic radiation

This type or kind of radiation is made up of magnetic and electric components. It’s the energy that’s taken and launched in by billed atoms. Rays behaves like waves when traveling through space.

Overhead strength transmission lines

Types of hazards due to the lines are usually disruption of radio frequencies, shedding ice, which generates harm to the encompassing communities, disruption of the airline, and environmental hazards.

Forms of Laser

The desk below summarizes numerous kinds, hazards and examples lasers.

Selection of electromagnetic spectrum

An electromagnetic spectrum can be an array of light that could be recognized. The spectrum have got emissions of dissimilar wavelengths. The spectrum are designed for unbroken and limitless wavelengths. These radiations are employed in various ways such as for example radiotherapy and in neuro-scientific science. The many wavelengths in the electromagnetic spectrum are usually split into a several regions they are, gamma radiations, radio waves, microwave emission, terahertz emission, infrared, visible, ultraviolet, x – emissions and ray. Visible light is situated above infrared in the spectrum. A wavelength can be acquired by them between 400 and 800 terahertz. Besides, they may be detected by the eye.


Plog, A new., & Quinlan, P. (2012). Fundamentals of commercial hygiene . USA National basic safety council.

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