~200 keV Radiation Field Appropriate research problems and proposal: Could scientists create a radiation detector that can measure all forms radiation energy with the same accuracy over a wide energy range, and if they cannot, what technological progress has taken place today that may improve the radiation detection procedures and equipment is used. Arguably, radiation detectors and dosimeters are important tools to evaluate radiation exposure and ensure a safe work area. However, no single detector can measure all forms of radiation level with similar accuracy and efficiency yet there are different types of particles that produce radiation. As a result, different ...
Essays on Dosimeters
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According to Lexus.us, Dosimetry is defined as “Measurement of radiation exposure, especially X-rays or gamma rays; calculation of radiation dose from internally administered radionuclides”. (2010). Neutron dosimetry is neither as precise nor as complex as gamma dosimetry. In the United States today, neutron dosimetry is among the vital requirements used to carry out comparison of the clinical results gotten from radiotherapy trials done at the fast neutron therapy facilities. The neutron dosimetry radiation uses specialized devices which includes superheated drop detectors. Gamma rays originating from the surroundings, the phantom or biological object experiencing the radiation, the collimating or ...
Introduction
It is generally noted that the development of dosimeters to measure neutron exposures has been slow for many years in comparison to the development of gamma and x-ray dosimeters. Exposures to x-rays and gamma rays have been determined from glass dosimeters and film badges. By applying these dosimeters, personnel exposure to radiations caused by radioactive substances can be measured to standard accuracy. However, the uncertainty may arise due to variation in readings as a result of orientation of the wearer of the dosimeter to the source during exposure. On the other hand, NTA film has been the only neutron dosimeter ...
Radiologists and the complementary professionals and para-professionals face unique risks while at the work place. Exposure to ionizing radiation induces nuclear changes in cells that may cumulatively lead to cancer. In the case of the patient, the exposure to radiation is necessary in order to establish diagnosis or treatment and the benefits should outweigh the potential harm. For the staff on the other hand exposure to increased levels of exposure is hazardous and undesirable. Shielding is used to avoid accidental exposure to radiation, as well as careful obedience to the laws of physics. The effects of radiation lessen as ...